Prof. Dr. Mester Gyula

Scientific CV

First Name:     Gyula

Last Name:      Mester

Title:               Professor, D. Sc., Phd, academician

Nationality:     Hungary

E-mail:            drmestergyula@gmail.com

                        gmester@inf.u-szeged.hu

Affiliation:      University of Szeged, Szeged, Hungary,

                        Faculty of Science and Informatics, Department of Technical Informatics, Robotics Laboratory,

                        Faculty of Engineering.

                        Óbuda University, Budapest, Hungary, Doctoral School of Safety and Security Sciences,

Address:          6720, Szeged, Árpád tér 2, 6724 Szeged, Mars tér 7, Hungary.

                        1081 Budapest, Népszinház utca 8, Hungary

                        https://www.inf.u-szeged.hu/~gyulamester/

Education:

Gyula Mester graduated from the Faculty of Mechanical Engineering at University of Belgrade, in 1970 (Degree No. 2831).

He attended the postgraduate studies at the University of Belgrade and finished on June 21, 1975 (Degree No. 466/2).

Gyula Mester received his D. Sc. Degree in Engineering from the University of Novi Sad in 1977, (Degree No. 834).

His PhD is acknowledged by the Budapest University of Technology and Economics on May 27, 2005.

Teaching Experience

In 1974 Gyula Mester was employed as the Teaching Assistent at the Polytechnic College in Subotica, Serbia. He was elected into Professor of the Polytechnic College in Novi Sad, Serbia, in 1977, and then in 1978 at the Polytechnic College in Subotica. Since 2000 Mester Gyula was the head of the Institute of Informatics at the Polytechnic College Subotica and in period of 2003 – 2011 he was the head of the Department of Informatics.

The research topics of the Department were:

- Internet Technologies,

- Multimedia Systems,

- Intelligent Systems,

- Intelligent Control Systems,

- Introduction to Robotics,

- Robotics.

In the period of 1988 - 2001 he was the director of the Polytechnic College of Subotica.

In 1978 he was elected into the Associated Professor and in 1988 into the Professor of the University of Novi Sad Serbia.

From 1979 to 2004, he was teaching Mechanics at the University of Novi Sad, Faculty of Civil Engineering in Subotica (1979 - 2001) and Robotics at the Faculty of Technical Sciences Mihajlo Pupin in Zrenjanin (2001 - 2004).

In the period of 2005 to 2011, he was Professor at the University of Szeged, Faculty of Sciences and Informatics, giving courses in Robotics, Mechatronics and Intelligent Systems. In the period 2012-2015, he was Professor and Senior Research Fellow at the University of Szeged, Faculty of Engineering.

In the period of 1997 - 2000 he was the head of the:

„Neuro-Fuzzy-Genetic Intelligent Control Research Center”,

ERUDIT node, in Subotica.

Since 2010, he is the contact person of the:

Laboratory of Robotics

for the

„European Robotics Research Network System”

at the University of Szeged, Hungary.

From 1^st January 2024 Gyula Mester is the organiser of the following research group: European Research Group on Artificial Intelligence.

                                        

Currently, he is Professor at the Óbuda University Doctoral School of Safety and Security Sciences, Budapest, Hungary.

His professional activities include different fields of robotics and engineering:

• Self-Driving Cars,

• Flying Cars,

• Unmanned Autonomous Systems,

• Artificial Intelligence,

• Cloud Robotics,

• Autonomous Quadrotors,

• Fuzzy Logic Control,

• Sensor-Based Remote Control,

• Biped Locomotion,

• Autonomous Wheeled Mobile Robots,

• Micro and Nano Robots,

• Rigid Links Flexible Joints Industrial Robots,

• Smart Cities,

• Citation Analysis,

• Scientometrics.

Gyula Mester is the author of 410 research papers, number of citations is 6292, h index=62, g index=72.

Since 5 October 2023 he is the corresponding member of the Academy of Sciences and Arts of Vojvodina, Novi Sad, Serbia.

Since 30 March 2022 he is a Honorary Member of the Academy of Engineering Sciences of Serbia (AESS), Belgrade, Serbia.

Since 17 June 2019 he is the full Member of the American Romanian Academy of Arts and Sciences, Citrus Heights, CA, USA.

Since 22 April 2019, he is the Member of the World Academy of Science, Engineering and Technology (WASET).

Since 27 November 2013, he is the full member of the Hungarian Academy of Engineering, Budapest, Hungary.

Since 2000 he is the member of the Public Body of the Hungarian Academy of Sciences and Arts, Budapest, Hungary.

Since August 1994 he is a member of the New York Academy of Sciences, USA.

His CV was published in the Marquis ‘Who’s Who in the World 1997’. Gyula Mester was elected for the Man of the Year 1997 and Man of the Year 2011 by the American Biographical Institute. In the period of 2009 - 2013, he was the author of the chapters in four Springer research monographs. He was 58 times plenary, keynote and invited lecturer.

He is an invited reviewer for more scientific journals, reviewer of the Accreditation Body of Republic Serbia, contact person of the Robotics Laboratory of European Robotics Research Network at the University of Szeged, Hungary, member of the Association of Hungarian Engineers of Vojvodina, Serbia, member of the DAAAM International network for scientific, academic and industrial cooperation.

Gyula Mester got the following awards: Expert in Yugoslav information technology, 1989. Elected as the Man of the Year 1997, American Biographical Institute. DAAD Scholarship, Mechatronics, Ilmenau University of Technology, Ilmenau, Germany, 2003 - 2005. Man of the Year 2011, American Biographical Institute. Reviewer of the Accreditation Body of Republic Serbia, 2006 -. Annual Award for nanorobots, XII ICDQM International Conference, Belgrade June 25 - 26, 2009.

His mother language is Hungarian. Other languages:

- English: middle, 1991 Oxford (St. Joseph’s Hall). - Deutsch/German: middle. - Serbian/Croatian: excellent.

Long time visiting studies:

- Germany, Aachen University, 1986, 30 days.

- United Kingdom, University of Salford, 1992, 30 days.

- Slovenia, University of Maribor, 2005, 2 weeks.

- Germany, University of Ilmenau, 2005, 2 weeks.

Since 2009 he is a visiting professor at the Institute Mihajlo Pupin, University of Belgrade, Serbia, http://www.pupin.rs/RnDProfile/people.html.

Researcher invitations:

- 2009, University of Applied Sciences, Berlin, Germany.

- 2009, Institute Joze Stefan, Ljubljana, Slovenia.

Gyula Mester was the supervisor for PhD students at the Doctor School in Computer Science at the University of Szeged, Szeged, Hungary:

Szépe Tamás, 2008-2011, fulfilled his course requirements: 2011,

Pintér Róbert, 2007-2009, obtained his degrees: 2013.

Gyula Mester is the supervisor for PhD students at the Doctoral School of Safety and Security Sciences at the Óbuda University, Budapest:

Jelena Pisarov,

Damir Šoštarić,

Nemes Attila, obtained his degrees: 2018.   

In the period of 2010-2011, he was the supervisor for postdoctor research of:

Prof. Dr. Sci. Samy Farid Mohamed Assal, Tanta University, Tanta, Egypt.

Gyula Mester gives four PhD courses at the University of Szeged:

1. Wheeled Mobile Robots.

2. Humanoid Robots.

3. Underwater Robotics.

4. Micro- and Nanorobots.

and two PhD courses

1. Intelligent Robotics,

2. Obstacle Avoidance Control of Autonomous Quad-Rotor.

at the Doctoral School of Safety and Security Sciences at the Óbuda University, Budapest, Hungary.

Gyula Mester was the Supervisor of PhD Thesises and external examiner for:

1. Zrínyi Miklós Nemzetvédelmi Egyetem, Katonai Műszaki Doktori Iskola, Budapest, 2009.

Kucsera Péter, ’Autonóm műkődésű szárazföldi robotok védelmi célú alkalmazása’,

PhD Thesis, Supervisor of PhD Thesis.

2. Újvidéki Tudományegyetem, 2011.

Piroska Stanić Molcer, ’Integrated Component of Digital Signal Processing Education System inplemented in Network Environment’, ’Integrisana komponenta sistema učenja digitalne obrade signala implementirana u mrežnom okruženju’,

PhD Thesis, Supervisor of PhD Thesis.

3. Anna University-Chennai, Tamilnadu, India, 2014.

S. Albert Alexander, “Certain Investigations on Power Quality Improvement Techniques for a Solar Fed Cascaded Multilevel Inverter”,

PhD Thesis, for the award of PhD Degree, external examiner.

4. Anna University-Chennai, Tamilnadu, India, 2013.

A, Satheesh “Certain Investigations on Power System Voltaage Stability and Power Loss Minimization Employing Intellignet Techniques and Facts Controllers”,

PhD Thesis, for the award of PhD Degree, external examiner.

5. Anna University, Chennai, Tamil Nadu, India, 2013.

V. Chandrasekaran, „Intelligent Control of Robot Manipulators Using Soft Computing Techniques”,

PhD Thesis, for the award of PhD Degree, external examiner.

6. Anna University, Chennai, Tamil Nadu, India, 2013.

E. Mariappane, “Application of Bacteria Foraging Algorithm for Power System Problems”,

PhD Thesis, for the award of PhD Degree, external examiner.

7. Anna University, Chennai, Tamil Nadu, India, 2013.

S. Rajan, „Stability and Stabilization of Linear Time Invariant System Using Marden Table”,

PhD Thesis, for the award of PhD Degree, external examiner.

8. Department of Electrical and Electronics Engineering at P.A. College of Engineering and Technology, India, 2012.

M. Sathiskumar, „Radial Distribution Network Reconfiguration and Phase Balancing Through Hybrid Heuristic Techniques”,

PhD Thesis, for the award of PhD Degree, external examiner.

9. Department of Electrical Engineering, Annamalai University, India, 2011.

R. K. Shanthi, ’Soft Computing Techniques Applied to Power System Economics’,

PhD Thesis, for the award of PhD Degree, external examiner.

10. Department of Electrical and Electronics Engineering, Info Institute of Engineering, Coimbatore, India, 2009.

S. Thiruvenkadam, ’Web Application for Radial Distribution Network Reconfiguration Through Hybrid Heuristic Techniques’,

PhD Thesis, for the award of PhD Degree, external examiner.

11. Department of Electronics and Computer Engineering, Indian Institute of Technology Roorke,

India, 2009.

Srinivasan A.,’Intelligent Control of Robot Manipulators Using Soft Computing Techniques’, PhD Thesis, for the award of PhD Degree, external examiner.

12. Anna University, Chennai, Tamil Nadu, India, 2015.

K. Vijayakumar, ’Design of Adaptive and Predictive Controller for Stabilisation of Continuous Stirred Tank Reactor’,

PhD Thesis, for the award of PhD Degree, external examiner.

13. Department of Electrical and Electronics Engineering, Coimbatore Institute of Technology,

Coimbatore, India, 2015.

R. Senthilkumar, Design of Fractional Order pi Controller Using Metaheuristic Algorithms Applied to DC-DC Boost Converter,

PhD Thesis, for award of PhD Degree, external examiner.

14. Karpagam College of Engineering, Coimbatore, Tamilnadu, India, 2015.

Sakthivel Aruchamy, Investigations on the Performance Enhancement of Shunt Active Power Filter Using Evolutionary Computing Techniques,

PhD Thesis, for the award of PhD Degree, external examiner.

15. Karpagam College of Engineering, Coimbatore, Tamilnadu, India, 2015.

K. Sureshkumar, Simultaneous Reconfiguration and Capacitor Placementof Radial Distribution System Trough Hybrid Fuzzy and Teaching Learning Algorithm with power Quality Constraint,

PhD Thesis, for the award of PhD Degree, external examiner.

 

Gyula Mester took part in a total of 35 scientific projects, as project manager, supervisor or researcher.

He was project manager in the following projects:

1. "Istraživanje i razvoj optimalnog reda elektromehaničkih prenosnika na bazi komponovanja zajedničkih elemenata", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1981 - 85. god.

2. "Istraživanje kompleksnog ispitivanja kvaliteta elektromehaničkih prenosnika",1986 - 1987. god.

3. "Istraživanje vibracija i šumnosti elektromotora srednjih i velikih snaga", 1987 - 1988. god.

4. "Istraživanje i razvoj sistema savremenih elektromehaničkih prenosnika", 1986 - 1990. god.

5. "Istraživanje i razvoj savremenih pogonskih sistema", 1991 -.1993.god.

6. “Nova metodologija proračuna, projektovanja i optimizacije jednofaznih kaveznih asinhronih motora za regulisane elektromotorne pogone”, 1993 - 2000. god.

7. „Intelligens rendszerek fuzzy modellezése és irányítása”, MTA, Arany János Közalapítvány, Budapest, 2001.

8. Internet technológiák, MTA, Arany János Közalapítvány, Budapest, 2002.

Consultant/researcher:

1. „Matematičke strukture, modeli i njihova primena”, Samoupravna Interesna Zajednica za Naučni Rad Vojvodine Srbije, 1975 – 1980.

2. "Izbor optimalne varijante hidrauličnog servosistema u okviru primene u mašino-gradnji", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine,1979 - 1980. god.

3. “Neki problemi oscilacija zupčastih prenosnika sa elektromotornim pogonom", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1979 - 1980. god.

4. "Izbor optimalne varijante hidrauličnog servosistema u alternaciji sa volumetrijskom regulacijom frekvencije izvršnog organa”, Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1980-1981. god.

5. "Istraživanje algoritma upravljanja sistema sa vremenski promenljivim parametrima primenom hibridnog računara.", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1979-1981. god.

6. "Istraživanje uticaja neuravnoteženosti rotora elektromotora na vibracije elektro-mehaničkih prenosnika u nekim uslovima eksploatacije", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1980 - 1981. god.

7. "Istraživanje u oblasti projektovanja elektromehaničkih prenosnika pri uticaju prinudnih nelinearnih parametarskih oscilacija", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine,1980 - 1981. god.

8. "Istraživanje algoritma upravljanja sistema sa vremenski promenljivim parametrima primenom hibridnog računara", 1980-1981. god.

9. Mehanički sistemi i njihova primena, Matematički Institut, Beograd, 1981-1982.

10. "Istraživanje uticaja najnepovoljnijih vidova opterećenja od gonjene mašine na naprezanje prenosnih elemenata elektromehaničkih prenosnika", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1981-1982. god.

11. "Istraživanje u oblasti projektovanja dinamičko opterećenih temelja elektromehaničkih prenosnika", Samoupravna Interesna Zajednica za Naučni Rad Vojvodine,1981 - 1985. god.

12. „Istraživanje u oblasti bezbednosti saobracaja – uzroci stradanja pešaka i biciklista u SAP Vojvodini”, Samoupravna Interesna Zajednica za Naučni Rad Vojvodine, 1981 - 1985. god.

13. "Istraživanje uticaja mehaničkih spojnica na pogonski sistem", 1986 - 1988. god.

14. "Digitalna simulacija sopstvenih vrednosti pogonskog sistema", 1986 - 1988. god.

15. "Istraživanje uticaja radnih mašina na pogonski sistem", 1986 - 1990. god.

16. "Razvoj softverskog paketa za digitalnu simulaciju dinamike pogonskog sistema", 1986 - 1990. god.

17. "Istraživanje dinamike elektromotora u pogonskom sistemu",1986 - 1990. god.

18. " Istraživanje i razvoj pogonskih sistema industrijskih robota sa elastičnim zglobovima", 1991 - 1993. god.

19. Távoktatási képzési csomag kidolgozása a Szegedi Tudományegyetem, Szegedi Élelmiszeripari Föiskolai Karán, SZTE-SZÉF, Szeged, 2002 - 2003.

20. Distant Learning, University of Novi Sad, Mihajlo Pupin Faculty of Engineering, 2002-2003.

 

Scientific won tenders

1. DF e-tananyag, Apertus Közalapítvány, Budapest, 2004.

2. Mechatronics, 2002 - 2006, participant.

3. FP-7 Prosense, 2008 - 2010, supervisor.

4. Tudásszint kiegyenlítő, rövid ciklusú e-Learning kurzusok kifejlesztése, 2007, participant.

5. Sensor Network Based Data Collection and Information Processing, sub-project: Intelligent Mobil Robots, 2009-2011, sub-project leader.

6. Mechedu, IPA, 2010 - 2011, participant.

7. Development of Anthropomorphic Robotic Platform for Socially Acceptable and Adequate Interaction in Human’s Working Environment, 2011 - 2014, participant.

Technical works

1. Mester Gyula, „Metoda sukcesivnih aproksimacija za približno odredjivanje frekvencije glavnih oblika oscilacija sistema sa više stepeni slobode kretanja“, Univerzitet u Beogradu, Mašinski Fakultet, Beograd, Serbia, 1974.

2. Mester Gyula, „Primena Hamiltonovog principa za izvodjenje diferencijalnih jednačina različitih problema oscilovanja elastičnih tela“, Univerzitet u Beogradu, Mašinski Fakultet, Beograd, Serbia, 1974.

3. Mester Gyula, "Stručna ekspertiza u medjunarodnom sporu Sever-SEW", Szabadka, Serbia, 1982.

4. Mester Gyula, "Idejni projekat spoljašnjeg transporta fabrike Aluminijum-ambalaže u Subotici", Szabadka, Serbia, 1978.

5. Mester Gyula…, “Sanacija temelja kondenz pumpe TE Nikola Tesla, B", Obrenovac, Serbia, 1985.

6. Mester Gyula…, "Nostrifikacija projektne dokumentacije krana GANZ MHD", Budapest, Hungary, 1985.

7. Mester Gyula, "Istraživanje i razvoj novog reda elektromehaničkih prenosnika", Sever, Szabadka, Serbia, 1985.

8. Mester Gyula…, " Sanacioni elaborat temelja moto-reduktora", Törökkanizsa, Serbia, 1985.

9. Mester Gyula…, " Dinamička analiza ramovskog temelja kompresora snage 5.5 MW", Zorka-Azotara, Szabadka, Serbia, 1986.

10. Mester Gyula…, ’Nostrifikacija projektne dokumentacije krana GANZ MHD’, Budapest, Hungary, 1986.

11. Mester Gyula…, "Izveštaj o merenju nivoa vibracija posle sanacije", Törökkanizsa, Serbia, 1986.

12. Mester Gyula, "Prikaz softverskog paketa DINPOS". Hannover Messe, Germany, 1988.

13. Mester Gyula…, "Razvoj softverskog paketa za simulaciju dinamike pogonskog sistema”, Szabadka, Serbia, 1990.

14. Mester Gyula…, "Razvoj softverskog paketa ADAPTSIM za simulaciju adaptivnog upravljanja robota sa elastičnim zglobovima". Szabadka, Serbia, 1993.

15. Mester Gyula, Razvoj e-Learning sadržaja u LAMP okruženju, Szabadka, Serbia, 2004.

 

Gyula Mester’s memberships in scientific organizations

- Member of the  International Steering Committee

- Technical Committee member on Computational Cybernetics within System, Man and Cybernetics Society, 2014 - present, http://conf.uni-obuda.hu/SMC_TC_CC/.

- Member of the Technical Committee of Szeged Committee of the Hungarian Academy of Sciences, 2014.

- Member of the Hungarian Robotics Society, 1989 - 2002.

- Member of the John von Neumann Computer Science Society, Robotics Section, 2014 - present.

- Member of the Hungarian Fuzzy Association, 2014 - present.

- Member of the Pannon Applied Mathematics and Mechanics, PAMM, 1982 - 2000.

- Member of the Gesellschaft für Angewandte Mathematik und Mechanik, GAMM, 1982 - 1988.

- Member of the International Federation for the Promotion of Mechanism and Machine Science, IFToMM, 1980 - 1991.

- Member of the Yugoslav Society of Mechanics, 1974 - 1991.

- Secretary of the Vojvodina Mechanical Society, 1980 - 1982.

- Member of the Hungarians Engineers' Association of Vojvodina, 2014 - present.

- Member of the Vojvodina Hungarian Scientific Society, 2007- present.

- Member of the Section of Engineering Sciences, Computer Science and Automation Committee, Hungarian Academy of Sciences, 2012 - present.

- Member of the DAAAM International Vienna, 2014 - present.

- Member of Japan Society of Robotics, 2018 – present.

Gyula Mester’s memberships in the Editorial Boards of scientific journals

1. Interdisciplinary Description of Complex Systems, http://indecs.eu/, Guest Editor 2015-2024.

2. Acta Polytechnica Hungarica, Journal of Applied Sciences, Óbuda University, Budapest, Associate Editor, 2010-2015.

3. The IPSI BgD Transactions on Internet Research, New York, Frankfurt, Tokyo, Belgrade, Guest Editor:

Special Issue, Intelligent Service Robotic Systems, Volume 8, Number 2, ISSN 1820 - 4503, July 2012.

4. The IPSI BgD Transactions on Internet Research, New York, Frankfurt, Tokyo, Belgrade, Member of Editorial Board, 2010 - present,

5. The IPSI BgD Transactions on Advanced Research, New York, Frankfurt, Tokyo, Belgrade, Member of Editorial Board, 2010 – 2022.

6. Bulletins for Applied Mathematics, Budapest, Member of Editorial Board, 1986 - 2000.

7. Acta Technica Corviniensis – Bulletin of Engineering, Hunedoara, Scientific Committee & Advisory Board Member, 2010 – present.

8. Annals Faculty Engineering Hunedoara – International Journal of Engineering, Romania, Scientific & Advisory Board Member, 2010 - present,

9. Journal Interdisciplinary Description of Complex Systems - INDECS, ISSN 1334-4684, Advisory Board Member, Zagreb, 2013 - present,

10. Business Systems Research, Zagreb, Member of Advisory Board, 2013 - present, www.bsrjour-nal.org.

11. Műszaki tudományos Füzetek, International DAAAM, VII - XIII, Scientific Committee Member, Kolozsvár, 2002 - 2008.

12. FM Transactions, University of Belgrade, Faculty of Mechanical Engineering, Member of Editorial Board, Belgrade, 2015 -.

Gyula Mester is an invited reviewer of more scientific journals:

1. Interdisciplinary Description of Complex Systems, 2014 -, http://indecs.eu/

2. Journal of Aerospace Engineering, 2013 -, http://www.aeroespacial.org.br/jaesa/

3. International Journal of Advanced Robotic Systems, 2013 -, http://www.intechopen.com/journals/

4. Journal of Robotics, Hindawi Publishing Corporation, 2012 -, http://www.hindawi.com/journals/jr/

5. Sensors - Open Access Journal, Basel, Switzerland, 2012 -, http://www.mdpi.com/journal/sensors

6. Acta Polytechnica Hungarica, Budapest, Hungary, 2012 -, http://www.uni-obuda.hu/journal/.

7. Intelligent Systems: Models and Applications, Springer - Verlag, 2012, http://www.springer.com/engineering/computational+intelligence+and+complexity/book/978-3-642-33958-5

8. Journal of Inequalities and Applications, Springer 2012 -, http://www.journalofinequalitiesand applications.com/

9. Journal of Mechanical Engineering, Strojniški vestnik, 2012, http://ojs.svjme.eu/index.php/svjme.

10. Robotics and Computer Integrated Manufacturing, Elsevier 2012 -,

http://www.journals.elsevier.com/robotics-and-computer-integrated-manufacturing/

11. Annals Faculty Engineering Hunedoara - International Journal of Engineering, 2012 -, http://annals.fih.upt.ro/

12. Acta Technica Corviniensis - Bulletin of Engineering, Hunedoara, 2012 -, http://acta.fih.upt.ro/

13. International Journal of Electrical and Computer Engineering Systems (IJECES), 2012 -, http://www. etfos.unios.hr/ijeces/index.php/ijeces

14. IPSI BgD Transactions on Internet Research, 2012 -, http://vipsi.org/ipsi/journals/

15. IPSI BgD Transactions on Advanced Research, 2012-2022, http://vipsi.org/ipsi/journals/

16. International Journal of Automation and Control, 2009 -, http://www.inderscience.com/ jhome.php?jcode = IJAAC

17. Maintenance and Realibility, The Polish Academy of Sciences Branch in Lublin and The Polish Maintenance Society (Warsaw), 2014 -, http://www.ein.org.pl/

18. Measurement, the Journal of the International Measurement Confederation, Elsevier, 2014 -, http://www.journals.elsevier.com/measurement/

19. FME Transactions, University of Belgrade, Faculty of Mechanical Engineering, 2014 -, http://www.mas.bg.ac.rs/istrazivanje/fme/start

Gyula Mester is an invited reviewer of more proceedings of

scientific conferences:

1. 13^th World Multi - Conference on Systemics, Cybernetics and Informatics: WM - SCI '09 Orlando, Florida, USA, 2009.

2. IECON - 2010, the 36^th Annual Conference of the IEEE Industrialal Electronics Society, 2010, Glendale, AZ, USA.

3. IEEE ISIE International Symposium on Industrial Electronics, Bari, 2010, Italy.

4. YUINFO, 2011 - 2012, Kopaonik, Serbia.

5. ICIST, 2012 - 2^nd, International Conference on Information Society Technology, Kopaonik,

    Serbia.

6. IBC 2012, Internet & Business Conference, Rovinj, Croatia.

7. The 4^th International Conference on Information Technology (ICIT 2013), Amman, Jordan.

8. IEEE Symposium Series on Computational Intelligence IEEE SSCI 2013, Singapore.

9. International Workshop on Advanced Computational Intelligence and Intelligent Informatics, IWACIII, 18 - 21 October 2013, Shanghai, China.

10. IEEE Symposium Series on Computational Intelligence 2014 (SSCI 2014), Orlando, Florida, USA, December 9 - 12, 2014.

11. IEEE IES Mecatronics14, 10^th France - Japan Congress, 8^th Europe - Asia Congress on Mecatronics, Tokyo, Japan, November 27 - 30, 2014, http://www.comp.sd.tmu.ac.jp/mecatronics2014/index.html.

12. The 7^th International Conference on Information Technology, ICIT 2015, Amman, Jordan, ISSN 2306 - 6105, May 12 - 15, 2015.

13. Mechatronics in Practice and Education, MechEdu 3^rd

International Conference & Workshop 2015, Subotica, Serbia, May 14 - 16, 2015.

14. XXXIX. Kandó Konferencia, KSC2023, Óbuda University, Budapest, Hungary, november 9-10.2023.

 

The role of Gyula Mester by organizing of the national and international symposiums, conferences and congresses

- 20^th Yugoslav Congress of Theoretical and Applied Mechanics, 1993, Kragujevac, Yugoslavia, Member of the Organizing Committee.

- First ECPD International Conference on Advanced Robotics, Intelligent Automation and Active Systems, Athens, Greece, 1995, Section Chair, Lecturer.

- International Power Electronics & Motion Control Conference, PEMC'96, 1996, Budapest, Member of the Organizing Committee.

- International Panel Conference on Soft and Intelligent Computing, SIC'96 1996, Budapest, Member of the International Organizing Committee.

- 5^th International Workshop on Robotics in Alpe-Adria-Danube Region, RAAD'96, Budapest, 1996, Section Chair, Lecturer.

- Second ECPD International Conference on Advanced Robotics, Intelligent Automation and Active Systems, Vienna, 1996, Section Chair, Lecturer.

- Soft and Intelligent Computing in Control Engineering, SICCE'97, Subotica, Yugoslavia, 1997, General Chair, Plenary Lecturer.

- Pannonian Applied Mathematical Meeting, Kassa, Slovakia, 1997, Member of the Organizing Committee.

- PEMC’98 Conference, Praha, Czech Republic, 1998, Member of the International Publicity Committee.

- Savremene računarske tehnologije 2000, Subotica, 2000, General Chair, Plenary Lecturer.

- IEEE 1^st Serbian- Hungarian Joint Symposium on Intelligent Systems, SISY 2003, September 19 - 20, 2004, Subotica, Serbia and Montenegro, Section Chair, Program Committee Member, Lecturer.

- 20^th International Scientific Conference «Information Technology in Education of Informatics, Electrical and Mechanical Engineers», 2004, Subotica, Yugoslavia, Editor of the Conference Proceedings.

- IEEE 2^nd Serbian- Hungarian Joint Symposium on Intelligent Systems, SISY 2004, October 1 - 2, 2004, Subotica, Serbia and Montenegro, Program Committee Member, Lecturer.

- IEEE 3^rd Serbian- Hungarian Joint Symposium on Intelligent Systems and Informatics, SISY 2005, August 31 - September 1, 2005, Subotica, Serbia and Montenegro, Program Committee Member, Lecturer.

- IEEE 4^th Serbian- Hungarian Joint Symposium on Intelligent Systems and Informatics, SISY 2006, September 29 - 30, 2006, Subotica, Serbia, Section Chair, Program Committee Member, Lecturer.

- International Conference on Intelligent Engineering Systems, INES 2006, London, United Kingdom, 2006, Section Chair.

- YUINFO 2007, Kopaonik, Section Chair, Lecturer.

- IEEE 5^th International Symposium on Intelligent Systems and Informatics, SISY 2007, August 24 - 25, 2012, Subotica, Serbia, Intelligent Robotics I, Section Chair, Program Committee Member, Lecturer.

- IEEE 25 ^th International Conference Science in Practice SiP 2007, Schweinfurt, Program Committee Member, Lecturer.

- IEEE 26^th International Conference Science in Practice IEEE SiP 2008, Osijek, Program Committee Member, Lecturer.

- VIII Fiatal Műszakiak Tudományos Ülésszaka, Erdélyi Múzeum-Egyesület, Kolozsvár, Románia, 2008 március 14-15, Scientific Committee Member.

- IEEE 6^th International Symposium on Intelligent Systems and Informatics, SISY 2008, September 26 - 27, 2008, Subotica, Serbia, Program Committee Member, Lecturer.

- 27^th International Conference Science in Practice IEEE SiP 2009, Pécs, Hungary, Program Committee Member, Lecturer.

- World University President Summit, IPSI Conference, Belgrade, 2009, Advisory Board Member, Plenary Lecturer.

- IEEE 7^th International Symposium on Intelligent Systems and Informatics, SISY 2009, September 25 - 26, 2012, Subotica, Serbia, Technical Program Committee Member, Lecturer.

- International Conference on Computing, Communications and Control Technologies, Invited Session: Intelligent Robot Motion Control in Unstructured Environments, Member of the Organizing Committee of the Session, Orlando, Florida, USA, April 6 - 9, 2009.

- 28 ^th International Conference Science in Practice IEEE SiP 2010, Subotica, General Chair, Editor in Chief, Program Committee Member, Lecturer.

- IEEE 8^th International Symposium on Intelligent Systems and Informatics, SISY 2010, September 10 - 11, 2012, Subotica, Serbia, Program Committee Member, Lecturer.

- YUINFO 2011, Kopaonik, Session Chair.

- IEEE 9^th International Symposium on Intelligent Systems and Informatics, SISY 2011, September 08 - 10, 2011, Subotica, Serbia, Program Committee Member, Lecturer.

- Mech Edu, 2011.12.8 - 10, Szabadka, Scientific Committee Member.

- Member of the Organizing Committee of the IBC 2012, Internet & Business Conference, Rovinj, Croatia, Lecturer.

- IEEE 10^th International Symposium on Intelligent Systems and Informatics, SISY 2012, September 20 - 22, 2012, Subotica, Serbia, Program Committee Member.

- YUINFO 2013, Kopaonik, Serbia, Program Committee Member.

- ICIST 2013, Kopaonik, Serbia, Program Committee Member.

- Workshop on Modern Approach to Product Development and Business Improvement, Balatonfüred, 2013, Section Chair.

- IEEE 11^th International Symposium on Intelligent Systems and Informatics, SISY 2013, September 26 - 28, 2013, Subotica, Serbia, Technical Program Committee Member.

- IEEE 12^th International Symposium on Intelligent Systems and Informatics, SISY 2014, September 11 - 13, 2014, Subotica, Serbia, Program Committee Member.

- International Workshop on Advanced Computational Intelligence and Intelligent Informatics (IWACIII), 18 - 21 October 2013, Shanghai, China, Program Committee Member.

- International Workshop on Advanced Computational Intelligence and Intelligent Informatics (IWACIII), 18 - 21 October 2013, Shanghai, China, Member of the Section Organizing Committe: Intelligent Interaction and Visualization, Member of the Organizing of the Spec. Session: Modeling, PathPlanning, Navigation and Autonomous Flight Control of Quadrotor Microcopter

- International Workshop on Advanced Computational Intelligence and Intelligent Informatics (IWACIII), 18 - 21 October 2013, Shanghai, China, Plenary Lecturer.

- YUINFO 2014, Kopaonik, Serbia, Program Committee Member.

- ICIST 2014, Kopaonik, Serbia, Program Committee Member.

- SISY 2014, IEEE 12^th International Symposium on Intelligent Systems and Informatics, 11 - 13 September, 2014, Subotica, Serbia, Program Committee Member.

- IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), 9 - 12 December, 2014, Orlando, Florida. USA, Program Committee Member.

- Mechatronics in Practice and Education, MechEdu 3^rd International Conference & Workshop, 14 - 16 May 2015, Subotica, Serbia, Scientific Committee Member.

- Mechatronics in Practice and Education, MechEdu 3^rd International Conference & Workshop, 14 - 16 May 2015, Subotica, Serbia, Member of the Organizing of the Special Session: Robotics.

- YUINFO 2015, Kopaonik, Serbia, Program Committee Member.

- IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2015), 7 - 10 December, 2015, Cape Town, South Africa, Program Committee Member.

-       International Symposium at Bánki, IESB 2018, ISBN: 978-963-449-111-8, Óbuda University,

November 2018, Scientific Committee Member, Section Chair.

-       Smart, Sustainable and Safe Cities Conference 2018, Budapest, Hungary, 25.05.2018,  Scientific Board Member, Member of the Organizing Committee.

-       XXXIX. Kandó Konferencia, KSC2023, ISBN: , Óbuda University, Budapest, Hungary, 2023.

november 9-10., Program Committee Member.

-       SSSCC 2023: Smart Sustainable and Safe Cities Conference 2023, Budapest, Hungary,

January 31, 2024, Program Committee Member.

- International Conference on Applied Sciences ICAS 2024, University VITEZ, Travnik, Bosnia and Herzegovina, Scientific Board Member.

-       International Youth Scientific and Technical Conference, Young science - robotics and nano

technology of modern mechanical engineering&quot, Kramatorsk-Vinnitsa-Ternopol, Ukraine, April 10-12, 2024, Program Committee Member.

-       Enterprise Research Inovation Conference ENTRENOVA, Dubrovnik, Croatia, 5-7

September 2024, Program Committee Member.

-       CANDO-EPE 2024, 7^th International IEEE Conference and Workshop in Óbuda University on

Electrical and Power Engineering, Budapest, Hungary, October 17-18, 2024, International Scien-tific Committee Member.

-       Enterprise Research Inovation Conference ENTRENOVA, Opatija, Croatia, 11-13

September 2025, Program Committee Member.

-    TREND 2025 Conference, Vrnjačka Banja, 2025, International Steering Committee Member.

-    XVII International Scientific Conference "Modern Education-Access, Quality, Recognition" with the use of internet platforms, 12-13 November 2025, Kramatorsk – Vinnytsia – Ternopil, Ukraine, Conference Program Committee Member.

- International Scientific Conference “Neural Network Technologies and Applications – NNTA-2025“, 24^th International Scientific Conference “Neural Network Technologies and Applications – NNTA-2025”, which will take place on December 11–12, 2025 in Kramatorsk – Vinnytsia – Ternopil, Ukraine, Co-Chair of the Organizing Committee.

 

 

 

 

Gyula Mester

University of Szeged, Hungary

Researcher ID: S-5950-2017

Scopus ID: 24478916000

Magyar Tudományos Művek Tára: 10016704

Google Scholar: https://scholar.google.com/citations?hl=en&user=7HP6cEMAAAAJ

Orcid: https://orcid.org/0000-0001-7796-2820

ORCID ID: 0000-0001-7796-2820

 

 

List of Publications and Citations

A. Research monographs

A1. Gyula Mester, Rigid-Link Flexible-Joint Robot Dynamics and Control, Institute of Electro-

Mechanical Systems, Monograph, p. 1-100, Subotica, Yugoslavia, 1993.

MTMT.

          c1   Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

A2. Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest,

Magyarország, 2011.

Google Scholar, MTMT.

          c1       Simon János, Kézikönyv a robotikai gyakorlatokhoz, Szabadkai Műszaki Főiskola, pp. 1-121, Szabadka,

                     Szerbia, 2011. MTMT

          c2       Simon János, Priručnik za vežbe iz robotike, Szabadkai Műszaki Főiskola, pp. 1-136, Szabadka, Szerbia,

                     2011. MTMT

          c3       Gyula Mester, Személyi robotikai platformok fejlesztése és alkalmazása, VMTT Konferencia, pp.572-579,

                     ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

 

Guest Editor  

 

E1. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society.

       Guest Editor: Daniel Tokody, Gyula Mester.

       Special issue: " Editorial: Education, Technology, Sustainability and Infrastructure.”

       2025, Vol. 23, Issue 3, ISSN 1334-4684, DOI: 10.7906/indecs.23.3.e.1 MTMT

E2. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society.

       Guest Editor: Gyula Mester.

       Special issue: " Applied Artificial Intelligence.”

       2024, Vol. 22, Issue 3, ISSN 1334-4684, DOI: 10.7906/indecs.22.3.3. MTMT

E3. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society.

       Guest Editors: Gyula Mester and Dániel Tokody.

       Special issue: "Contemporary Topics in Applied Informatics,Safety and Security Sciences  

       and Smart Cities.”

       2023, Vol. 21, Issue 4, ISSN 1334-4684, DOI: 10.7906/indecs.21.4.e.1. MTMT

E4. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editors: Dániel Tokody and Gyula Mester.

       Special issue: " Smart Cities Research Future Mobility, Future Infrastructure, Future Places for Living, Future Education".

       2023, Vol. 21, Issue 2, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.e.1. MTMT

E5. IPSI Transactions on Internet Research, TIR, Belgrade

       Guest Editors: Gyula Mester, Nenad Filipovic  

 Special Issue: “Computational Modeling and Machine Learning in Biomedical and Engineering Application”.

2022, Vol. 18, Issue: 1, pp.1-3, ISSN 1820-4503, Web of Science: 000807497500001, MTMT.

 

E6. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editors: Dániel Tokody and Gyula Mester.

       Special issue:" Smart Cities Research Highlights and Future Technology Trends".

       2022, Vol. 20, Issue 1, ISSN 1334-4684. MTMT

E7. IPSI Transactions on Advanced Research, TAR

       Multi-, Inter-, and Transdisciplinary Issues in Computer Science and Engineering

       A publication of IPSI Internet Research Society New York, Frankfurt, Tokyo, Belgrade

 Guest Editor: Gyula Mester

       Special issue: "Topics in Applied Informatics and Self-Driving Cars".

       July 2021, Vol. 17, Number 2, ISSN 1820 – 4511. MTMT

E8.  IPSI Transactions on Advanced Research, TAR

       Multi-, Inter-, and Transdisciplinary Issues in Computer Science and Engineering

       A publication of IPSI Internet Research Society New York, Frankfurt, Tokyo, Belgrade

       Guest Editors: William Steingarten and Gyula Mester.

       Special issue: " Contemporary Topics in Theoretical and Applied Informatics ".

       January 2021, Vol. 17, Number 1, ISSN: 1820-4511. MTMT.

E9. SSSCC 2021, 4^th European Smart Sustainable and Safe Cities Conference

       Budapest, Hungary, November 27, 2021.

       Scientific Board General Chair: Gyula Mester

E10. IPSI Transactions on Advanced Research, TAR

       Multi-, Inter-, and Transdisciplinary Issues in Computer Science and Engineering

       A publication of IPSI Internet Research Society New York, Frankfurt, Tokyo, Belgrade

       Guest Editor: Gyula Mester.

       Special issue: "The Research Results of The Doctoral School on Safety and Security Sciences, Obuda University, Budapest, Hungary".

       July 2020, Vol. 16, Issue 2, ISSN: 1820-4511. MTMT.

E11. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editors: Gyula Mester and Dániel Tokody.

       Special issue:" Complex Systems and Smart Cities Research ".

       2020, Vol. 18, Issue 3, ISSN 1334-4684.

       MTMT, Google Scholar.

E12. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editors: Gyula Mester, Dániel Tokody

       Special issue: " Key Factors for Creating Smart, Sustainable and Resilient Cities.".

       2019, Vol. 17, Issue 1-A, ISSN 1334-4684.

       MTMT, Google Scholar.

E13. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editors: Dániel Tokody and Gyula Mester

       Special issue: " Roadmap for Smart, Sustainable and Safe Cities."

       2018, Vol. 16, Issue 3-A, ISSN: 1334-4684. MTMT.

E14. Interdisciplinary Description of Complex Systems, INDECS

       Croatien Interdisciplinary Society

       Guest Editor: Gyula Mester.

       Special issue: " New Trends in Robotics ".

       2015, Vol. 13, Issue 1, ISSN 1334-4684.

       Google Scholar, MTMT.

E15. IPSI Transactions on Internet Research, TIR

       A publication of IPSI Internet Research Society New York, Frankfurt, Tokyo, Belgrade

       Guest Editor: Gyula Mester.

       Special issue on: "Intelligent Service Robotic Systems".

       July 2012, Vol. 8, Issue 2, ISSN: 1820-4503. MTMT.

E16. Editor: Gyula Mester, István Matijevics, Miklós Póth

       Proceedings of the SIP 2010, 28^th International Conference Science in Practice.

       Subotica, Serbia, Subotica Technical College of Applied Sciences.

       2010, ISBN: 9788685409530. MTMT

E17. Editor: Gyula Mester

       Proceedings of the 21^st International Scientific Conference Information Technology in

       Education of Informatics, Electrical and Mechanical Engineers.

       Subotica, Serbia, Subotica Technical College of Applied Sciences.

       2004, ISBN: 8685409039. MTMT

E18. Editor: Gyula Mester

      Proceedings of the Soft and Intelligent Computing in Control Engineering, SICCE’97

      Subotica, Serbia.

      1997, ISBN: 86-81083-01-5. MTMT

 

B. Chapters in international research monographs

B1. Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments,

Research Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global

Scientific Publishing, pp. 969-1001, chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949,

EISBN13:9781668436950, DOI: 10.4018/978-1-6684-3694-3.ch048, 2022.

Scopus: 85128076578, MTMT

          c1       Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, Kopaonik, Srbija, 14-17.02.2022.

                     MTMT

   c2       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, ISBN 978-86-

                      6022-401-1, pp. 438-441, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c3       Vidhi Shah, Effect of Cyber Vulnerabilities on the Adoption of Self-Driving Vehicles - A Review Vehicles,

                     International Journal of Smart Sensor and Adhoc Network (IJSSAN), Vol. 3, Issue 4, Article 7, pp. 43-49,

                     ISSN 2248‐9738, 2023. MTMT

                     „The system either shows the faked distance, no detection, or no display during ultrasonic assaults.[15]”

          c4       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c5       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-60-22-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c6       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c7       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c8       Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Srbija, 14-17. 02. 2022. MTMT

          c9       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c10     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c11     Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                     Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4,

                     2023. MTMT Web of Science

             c12     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c13     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c14     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c15     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c16     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c17     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c18     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c19     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c20     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c21     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c22     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c23     Alam, T., Data Privacy and Security in Autonomous Connected Vehicles in Smart City Environment. Big

                     Data and Cognitive Computing, Vol. 8, No. 9, 95. DOI: 10.3390/bdcc8090095, MDPI, 2024. MTMT

          c24     D. F. Blanco, F. Le Mouël, T. Lin and M. -P. Escudié, A Comprehensive Survey on Software as a Service

                     (SaaS) Transformation for the Automotive Systems, in IEEE Access, Vol. 11, pp. 73688-73753, DOI: 10.

                     1109/ACCESS.2023.3294256, 2023. MTMT

          c25     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research (TAR), Vol. 17, No. 2,

                     pp. 19-27, ISSN 1820 - 4511, July 2021. MTMT

          c26     D. F. Blanco, F. Le Mouël, T. Lin and A. Rekik, Can Software Containerisation Fit The Car On-Board

                     Systems?, IEEE International Conference on Cloud Computing Technology and Science (CloudCom),

                     Naples, Italy, pp. 123-130, ISBN:979-8-3503-3983-3, DOI: 10.1109/CloudCom59040.2023.00031, 2023.

                     MTMT

          c27     Gabrielle Banish, Innovation and Technology: The Era of Autonomous Cars and Their Outcomes in Law

                     Enforcement, Dissertation, Liberty University, p. 148, 2024. MTMT

          c28     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars, 

                     IPSI Transactions on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN 1820-4503, January 2022. MTMT

          c29     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Reseach Gate, pp.

                     1-6, 2023. MTMT

          c30     Jelena Pisarov, Gyula Mester, Implementing New Mobility Concepts with Autonomous Self-Driving

                     Robotic Cars, IPSI Transactions on Advanced Research, TAR, Vol. 17, No. 2, pp. 41-49, ISSN 1820-

                     4511, 2021.

          c31     Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, Faculty of Mathematics, University of Belgrade, Vol. 39, pp. 83-89,

                     ISSN: 1820-0109, 2021.

          c32     Achyut Shankar, Carsten Maple and Gregory Epiphaniou, A Study on Analyzing the Security and Privacy

                     Implications of Existing and Emerging Sensors in Autonomous Electric Vehicles, in Tsinghua Science and

                     Technology, Vol. 30, No. 4, pp. 1401-1420, DOI: 10.26599/TST.2023.9010132, August 2025.

          c33     Gyula Mester, Önvezető autók kutatóinak világranglistája 2025, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG. 2.2.25393.49768, 2025.

          c34     Gyula Mester, A régió egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-6,

                     2025.

          c35     Gyula Mester, Jelena Pisarov, Hydrogen Fuel Cell Vehicles, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 23, Issue 2, pp. 105-109, DOI: 10.7906/indecs.23.2.3, 2025.

          c36     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

          c37     Gyula Mester, Rang lista istraživača u Srbiji 2022, Research Gate, pp. 1-9, 2022.

          c38     David Fernandez Blanco, Seamless Continuous Integration / Continuous Delivery (CI/CD) for Software  

                     Defined Vehicles, Embedded Systems, Doctoral dissertation, INSA de Lyon, NNT: 2025ISAL0007, 2025.

          c39     Janos Santa, 2025 World Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp. 1-

                     5, 2025.

          c40     Gyula Mester, Hungarian Universities in Times Higher Education World University Rankings 2026,

                     Research Gate, pp. 1-7, 2025.

          c41     Gyula Mester, Universities in the South Slavic Countries in Shanghai World University Ranking, Research

                     Gate, pp. 1- 5, 2025.

          c42     Gyula Mester, Simulation of Self-Driving Cars Using Matlab Software Package 2024, XXX Skup

                     Trendovi Razvoja: “Nastavnici i saradnici kao centar promena u visokom obrazovanju”, pp. 309-312,

                     Paper No. T5.47, Vrnjačka Banja, 7-10.2.2024.

          c43     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, XXX Skup

                     TREND, Trendovi Razvoja: “Nastavnici i saradnici kao centar promena u visokom obrazovanju”, pp. 260-

                     265, Vrnjačka Banja, 7-10.2.2024.

          c44     Vidhi Shah, Effect of Cyber Vulnerabilities on the Adoption of Self-Driving Vehicles - A Review, Interna-

                     tional Journal of Smart Sensor and Adhoc Network International Journal of Smart Sensor and Adhoc Net-   

                     works, Vol. 3 Issue 4, pp. 43-49, ISSN 2248‐9738, Role of Emerging & Intelligent Technologies for the

                     Society, Article 7, January 2023.

          c45     Santa, Janos, Magyarországi egyetemek a Times Higher Education egyetemi világranglistán, Research

                     Gate, pp. 1-7, 2025.

          c46     Gyula Mester, The Use of Autonomous Vehicles in Transportation, Tehnika – Mašinstvo, Vol. 70, No. 2,

                     DOI: 10.5937/tehnika2102171P, 2021.

          c47     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025.

          c48     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.

                     40648, 2025.

          c49     Gyula Mester, A Zágrábi egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/

                     RG. 2.2.24460.99200, 2025.

          c50     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI:

                     10.13140/RG.2.2.21446.59203, 2025.

          c51     Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.24673.01120,

                     2025.

          c52     Jelena Pisarov, Igor Pisarov, Rang Lista Fizičara Srbije u 2024 god., Research Gate, pp. 1-4, 2024.

          c53     Mester Gyula, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-5,

                     2024.

          c54     Gyula Mester, Rang lista istraživača iz Beograda, Research Gate, pp. 1-6, 2023.

          c55     Mester Gyula, Tudománymetria tudományterületi magyar kutatók 2021-es ranglistája, XXXVII Kandó

                     Conference 2021, pp. 139-145, Budapest, Hungary, 2021.

          c56     Mester Gyula, Újvidéki Egyetem kutatóinak 2021-es ranglistája, XXXVII Kandó Conference 2021,

                     november 18–19, pp. 146-152, ISBN: 978-963-449-272-6, Budapest, Hungary, 2021.

          c57     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., XXVII Skup TREND,

                     Trendovi razvoja: “On-line nastava na univerzitetima”, pp. 447-450, ISBN 978-86-6022-313-7, Novi Sad,

                     Serbia, 15 - 18. 02.2021.

B2. Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, in:

Handbook of Research on Cyber Crime and Information Privacy, Editors: Maria Manuela Cruz-

Cunha and Nuno Ricardo Mateus-Coelho, Polytechnic Institute of Cávado and Ave, Portugal, 2

Vol., pages 753, Chapter 28, pp. 599-631, ISBN13: 9781799857280, ISBN10: 179985728X,

EISBN13: 9781799857297, DOI: 10.4018/978-1-7998-57280.ch028, IGI Global, 2020.

https://www.igi-global.com/book/handbook-research-cyber-crime-information/251347.

Research Gate, MTMT: 2146505, Google Scholar: 7950543686865802328.

          c1       Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c2       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c3       César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

B3. Aleksandar Rodic, Gyula Mester, Ivan Stojković, Qualitative Evaluation of Flight Controller Performances for Autonomous Quadrotors, pp. 115-134, Intelligent Systems: Models and Applica- tions, Endre Pap (Ed.), Topics in Intelligent Engineering and Informatics, Vol. 3, Part. 2, TIEI 3, ISSN 2193-9411, e-ISSN 2193-942X, ISBN 978-3-642-33958-5, e-ISBN 978-3-642-33959-2, DOI 10.1007/978-3-642-33959-2_7, Springer-Verlag Berlin Heidelberg,

http://link.springer.com/chapter/10.1007/978-3-642-33959-2_7, 2013. MTMT 33/45 GS cit 74

MTMT, Google Scholar:  7950543686865802328

          c1       Josip Stepanić, Josip Kasać, Jelena Ćosić Lesičar, What is Taken for Granted about Quadrotors: Remarks

                     About Drive and Communication, Proceedings of the 3^rd International Workshop on Advanced Computa-

                     tional Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN2185-758X, N. Kubota,

                     Shanghai, China, October 18 to 21 in 2013.

       Scopus, Google Scholar: 14735437349681247539, MTMT

       “Among a variety of types of UAVs, in this article we restrict the consideration to quadrotors. Quadrotors

       are the type of UAVs with four propellers, the blades of which function as lift-generating surfaces [3-6].

       There are several reasons why groups of UAVs, and consequently group of quadrotors obtain larger

       reliabilities in general task conduction than a single UAV [1,7]. “

          c2       Mester Gyula, Rodic Aleksandar, Négyrotoros robothelikopter modellje és irányítása, VMTT Konferencia,

                     Konferenciakiadvány, pp. 469-476, ISBN 978-86-88077-04-0, Újvidék, Szerbia, november 24, 2012,

                      2013. MTMT

          c3       Attila Nemes, Synopsis of Soft Computing Techniques Used in Quadrotor UAV Modelling and Control,  

                     Interdisciplinary Description of Complex Systems, Vol. 13, No. 1, DOI: 10.7906/indecs.13.1.3, ISSN

                     1334-4684, pp. 15-25. 2015.

       Google Scholar: 14459144133733023990, MTMT

       „Soft computing methods can be efficiently applied together with and also instead of conventional control-

       lers [2]. As is well summarised in [1, 2] rotary wing aerial vehicles have distinct advantages over conven-

       tional fixed wing aircrafts in surveillance and inspection tasks because they can take-off and land in limit-

       ed spaces and easily fly above the target. The instability comes from changes in the helicopter parameters

       and from disturbances such as a wind gust or air density variation [1, 2]. Large helicopter engines, which

       have a slow response, may not be satisfactory without incorporating a proper gear-box system [1, 2].

       Unlike typical helicopter models (and regular helicopters), which have variable pitch angles, a quadrotor

       has fixed pitch angle rotors, and the rotor speeds are controlled in order toproduce the desired lift forces

       [1,2]. The quadrotor is satisfactory well modelled [1-12] with a four rotors in a cross configuration as pre-

       sented in Figure 1. This way, overall thrust produced is same, but differential drag moment creates yawing

       motion. In spite of four actuators, the quadrotor is still an under-actuated system [1, 2]. Equations of moti-

       on are more conveniently formulated in the B-frame because the inertia matrix is time-invariant, advanta-

       ge of body symmetry can be taken to simplify the equations, measurements taken on-board are easily con-

       verted to B-frame and control forces are readily available in the B-frame [1, 2]. This reference is right-

       hand, too [1, 2]. The vector that describes the quadrotor position and orientation with respect to the E

       frame can be written in the form [1, 2]. Finally, the kinematical model of the quadrotor can be defined in

       the following way [1, 2]. Otherwise, another point (COM) should be taken into account, which could make

       the body equations considerably more complicated without significantly improving model accuracy [1, 2],

       the second one specifies that the axes of the B-frame coincide with the body principal axes of inertia. In

       this case the inertia matrix I is diagonal and, once again, the body equations become simpler [1, 2]. The

       movement aerodynamic matrix has the form [1, 2]: Equations (1)-(12) take into account the entire quadro-

       tor non-linear model including the most influential effects [1, 2]. By increasing of flight speed dynamic

       effects become influential upon the system performances: the backstepping method is more sensitive to

       changing of flight speed than other two controllers PID and fuzzy logic controllers [2].”  

          c4       Gyula Mester, Aleksandar Rodic, Modeling and Navigation of an Autonomous Quad-Rotor Helicopter, E-

                     society Journal: Research and Applications, Vol. 3, No. 1, pp. 45-53, ISSN 2217-3269, COBISS.SR-ID 25

                     5833863, July 2012. 2012 - tfzr.rs. Google Scholar:  8500968677330462833, MTMT

       „Several structures and configurations have been developed to allow 3D movements [1]-[12], there are

       blimps, fixedwing planes, single rotor helicopters, bird-like prototypes, quad-rotors, etc. To describe the

       motion of a 6 DOF rigid body it is usual to define two reference frames [1]: • the earth inertial frame (E-

       frame), and • the body-fixed frame (B-frame), Fig. 3.”

          c5       Josip Stepanic, Gyula Mester, Josip Kasac, Synthetic Inertial Navigation Systems: Case Study of Determi-

                     ning Direction, Proceedings of 57^th ETRAN Conference, pp.1-3, paper RO 2.7.1-3, Zlatibor, Serbia, June

                     3-6, 2013.

       Google Scholar:  5796632449510768516. MTMT

          c6       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Vol. 14, No. 3, pp. 322-330, DOI: 10.7906/indecs.14.3.5, ISSN

                     1334-4684, 2016.

                     Web of Science, MTMT

                     „The data processing and the control algorithm are handled in the Micro Control Unit (MCU) which

                     provides the signals to the motors [13-16].”

          c7       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, Doctoral School on Safety and Security Sciences, Budapest, p. 175, 2018. MTMT

         c8       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c9       Attila Albini, Dániel Tokody and Zoltán Rajnai, The Categorization and Information Technology Security

                     of Automated Vehicles, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, pp. 327-

                     332, DOI: 10.7906/indecs.16.3.4, 2018.

                     Web of Science, MTMT

                     “Proposals have been made to apply the principles of cloud building technologies and to use artificial

                     intelligence [7-10]. Artificial intelligence items should be used to make decisions because they can

                     contain heuristic elements [7] and provide a quick method [8-10].”

          c10     Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

      Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, No. 3-A, pp. 302-312,

      DOI: 10.7906/indecs.16.3.1, 2018.

                     Web of Science, MTMT

                     “For more accurate results in modelling real nonlinear systems it is advised to use nonlinear models

                     [11-13].”

          c11     Péter Miksa Hell, Péter János Varga, Accurate Radiofrequency Identification Tracking in Smart City

      Railways by Using Drones, Interdisciplinary Description of Complex Systems, DOI 10.7906/indecs.

      16.3.5, Vol. 16, Issue 3-A, pp. 333-341, 2018.

      Web of Science, MTMT

      “Not to mention the operating, maintenance costs and the education of people handling them [9].

          c12     Géza Károly Kiss Leizer, Possible Areas of Application of Drones in Waste Management During Rail

                     Accidents and Disasters, Vol. 16, Issue 3-A, pp. 360-368, DOI: 10.7906/indecs.16.3.8, 2018.

       Web of Science, MTMT

       “The main benefits of this research concern with achievement of a controller architecture that should

                     enable quadrotor high dynamic performances, robustness to external perturbations as well as satisfacto-

       ry trajectory tracking precision [6].”

          c13     Dániel Tokody, Attila Albini, László Ady, Zoltán Rajnai and Ferenc Pongrácz, Safety And Security Thro-

                     ugh the Design of Autonomous Intelligent Vehicle Systems and Intelligent Infrastructure in the Smart City,

                     Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, DOI: 10.7906/indecs.16.3.11, pp.

                     384-396, 2018.

                     Web of Science, MTMT

        c14     Janos Simon, Gyula Mester, Critical Overview of the Cloud-Based Internet of Things Pilot Platforms for

                    Smart Cities, Interdisciplinary Description of Complex Systems, DOI: 10.7906/indecs.16.3.12, Vol. 16,

                    No. 3-, pp. 397-407, 2018.

                    Web of Science, MTMT

          c15     Tokody Dániel, Okos városok tervezése, Magyar Tudomány Napja a Délvidéken, 2017 november 11

                     Vajdasági Tudományos társaság, pp. 437-444, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2018.

                     MTMT

                     „A technológiai fejlődés (pl.: autonóm légijárművek fejlesztése [9], robotika [10], IoT, Cloud [11], okos

                     mobilitás [12], okos anyagok [13]), a klimatikai hatások [5], [6], a geopolitikai erők [14] világszintű válto-

                     zásokat hoznak.

          c16     Simon János, A testre-szabott tömeggyártás informatikai háttere, Magyar Tudomány Napja a Délvidéken,

                     p. 477, 2017 november 11, Vajdasági Magyar Tudományos társaság, pp. 418-428, ISBN 978-86-88077-

                     09-5, Újvidék, Szerbia, 2018. MTMT

          c17     Vytautas Turla, Artūras Kilikevicius, Mindaugas Jurevicius, Antanas Fursenko, Kristina Kilikeviciene,

                     Gulnara Zhetessova, Olga Zharkevich, Analysis of Dynamic Parameters of a Linear Positioning Table Sys-

                     tem, Mechanika, ISSN 1392-1207, Vol. 26, No. 5, pp.426-434, DOI: 10.5755/j01.mech.26.5.24866, 2020.

                     Scopus, MTMT

                     “The same problem is important in investigation of movement trajectories of robot manipulators [11-18].”

          c18     Hell M. P., Péter János János Varga J. J. P.: Accurate Radiofrequency Identification Tracking in Smart City

                     Railways by Using Drones, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, pp.333-

                     pp. 333-341, 2018. MTMT

                     „Not to mention the operating, maintenance costs and the education of people handling them [9].”

          c19     Siyuan Wang, Andrey Polyakov, Gang Zheng, Quadrotor Control Design under Time and State Constra-

      ints: Implicit Lyapunov Function Approach, IEEE, pp. 650-655, DOI: 10.23919/ECC.2019.8795860, 18^th

      European Control Conference (ECC’19), Naples, Italy, Jun 2019.

      Scopus, MTMT

                     ” In [13] the authors give estimates showing that a quadrotor controlled by linear PID consumes 5% less

                     energy than the same quadrotor with a complex (backstepping) controller. “

          c20     Milica D. Đekić: The Internet of Things Cybersecurity Standardization, Tehnika – Kvalitet IMS, Standar-

                     dizacija i Metrologija, Vol. 74, Issue 4, pp. 603-607, DOI: 10.5937tehnika1904603D, Beograd, 2019.

                     MTMT

          c21     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „A Tesla Roadster három elektromos (egy elektromotor elöl, kettő pedig hátul helyezkedik el), négykerék

                     meghajtású önvezető autó [21-31].”

          c22     Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

      2810, 2018. MTMT

      „Az egyetemek rangsorolása a világranglistán igen fontos az egyetemen működő doktori iskolák szempont-

      jából [2-5].”

          c23     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Syst-

                     ems, INDECS, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                     platform unstructured environments with obstacles and slopes [10-15].”                    

          c24     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                     17. MTMT

                     ” Benchmarking and qualitative evaluation of different autonomous quadrotor flight controllers was pre-

                     sented in [2].”

          c25     Banerjee Soumya, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                    Questions, Interdisciplinary Description of Complex Systems, Vol. 14, Issue 3, pp. 314-321, DOI 10.7906/

                     indecs.14.3.4, 2016.

                     Web of Science, MTMT

          c26     Santos Ortiz, Nestor Alonso, Durand Sylvain, Kiefer Renaud, Laroche Edouard, Controller Tuning Stra-

                     tegy for Quadrotor MAV Carrying a Cable-suspended Load, in: Hattenberger, Gautier (edit.) International

                     Micro Air Vehicle Conference and Flight Competition, IMAV 2017, pp. 89-96, 2017. MTMT

                     „The PID controller has been commonly used on MAVs and, as in many other applications, it is frequently

                     included in studies where different controllers are to be evaluated [14].”

          c27     Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex Sys-

      tems, Indecs, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

      Web of Science, MTMT

       „1. So as we can see today’s employee and the upgrowing generation need a new skill and that is digital

       competency [2].

          c28     Zoltán Nyikes, Compensation of Digital Competence Deficiency with Software Ergonomic Tools, Interdis-

      ciplinary Description of Complex Systems, Vol. 16, Issue 1, pp. 132-138, DOI: 10.7906/indecs.16.1.10,

      2018. MTMT

          c29     Tokody Dániel, Tor Mária, Szűcs Endre, Francesco Flammini, Laszlo Barna Iantovics, On the Develop-

      ment of Intelligent Railway Information and Safety Systems: an Overview of Current Research, Interdis-

      ciplinary Description of Complex Systems, Indecs, Vol.16, Issue 1, pp. 176-185, DOI 10.7906/indecs.16.

      1.15, ISSN 1334-4684,2018.

      Web of Science, MTMT

      „1. Global technological concepts of digitalisation, such as Internet of things (IoT), Big Data, Machine-to-

      Machine (M2M) communication, autonomous vehicles, robots and other emerging technologies are al.”

          c30     Attila Albini, Dániel Tokody, Zoltán Rajnai, The categorization and IT security of automated vehicles, in:

      Rajnai Zoltán (edit.) Kiberbiztonság - Cyber Security, Tanulmánykötet a Biztonságtudományi Doktori Is-

      kola kutatásaiból Budapest, Magyarország, Óbudai Egyetem, Bánki Donát Gépész és Biztonság-technikai

      Mérnöki Kar, pp. 229-235, 2018.

          c31     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Interdis-

      iplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16, No. 1, pp.

      139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c32     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      MTMT      

        c33     Siyuan Wang, Andrey Polyakov, Gang Zheng, Quadrotor Stabilization Under Time and Space Constraints

      using Implicit PID Controller, Journal of the Franklin Institute, Vol. 359, Issue 4, pp. 1505-1530, ISSN

      0016-0032, DOI: 10.1016/j.jfranklin.2022.01.002, 2022. MTMT

          c34     Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-

                     partitions for UAV Dynamic Modeling, FME Transactions, ISSN: 1451-2092, DOI: 10.5937/fmet1701001

                     N, Vol. 45, No. 1, pp. 1-8, 2017. MTMT    

          c35     Nestor A. Santos Ortiz, Edouard Laroche, Renaud Kiefer and Sylvain Durand, Controller Tuning Strategy

                     for Quadrotor MAV Carrying a Cable-Suspended Load, International Micro Air Vehicle Conference and

                     Flight Competition IMAV 2017, pp. 89-96, IMAV2017-13, Toulouse, France, 18-22 September 2017.

                   MTMT

                     http://www.imavs.org/pdf/imav.2017.13

                     “The PID controller has been commonly used on MAV sand, as in many other applications, it is frequently

                     used frequently included in studies where different controllers are to be evaluated [14].

          c36     Siyuan Wang, Homogeneous Quadrator Control: Theory and Experiment, HAL Theses, Automatic,

                     Centrale Lille Institut, p. 129, 2020. https://theses.hal.science/tel-03247401/ MTMT

          c37     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 809-963, DOI: 10.

                     23715/SDA.2021.2.4, Óbudai Egyetem, Biztonságtudományi Doktori Iskola, 2020. MTMT

          c38     Ivan Stojkovic, Functional Norm Regularization for Margin-Based Ranking on Temporal Data, doctoral

                     dissertation, University of Belgrade, School of Electrical Engineering, p. 74, 2018. MTMT

          c39     Mariani M., Fiori S., Design and Simulation of a Neuroevolutionary Controller for a Quadcopter Drone,

                     Aerospace, Vol. 10, Issue 418, DOI: 10.3390/aerospace10050418, 2023. MTMT

          c40     Zoltán Nyikes, Az információbiztonság növelése a felhasználó támogatásának lehetőségeivel, pp. 637-806,

                     DOI: 10.23715/SDA.2021.2, 2021. MTMT

          c41     Siyuan Wang, Contôle Homogène de Quadrator: Théorie et Experience, Thèse préparée dans l'Inria Lille -

                     Nord Europe et le Centre de Recherche en Informatique, p. 132, 2020. MTMT

                     https://www.theses.fr/2020ECLI0026

                     “In [95] the authors show that a quadrotor controlled by linear PID consumes 5% less energy than the

                     same quadrotor with a complex (backstepping) controller.”

          c42     Nyikes Zoltán, Az információbiztonság növelése a felhasználó támogatásának lehetőségeivel, pp. 637-806,

                     ISSN 2630-8401, DOI: 10.23715/SDA.2021.2.3, Studia Doctorandorum Alumnae, Doktoranduszok

                     Országos Szövetsége, Budapest, 2021. MTMT

          c43     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 811- 963, ISSN

                     2630-8401, DOI:10.23715/SDA.2021.2.4, Studia Doctorandorum Alumnae, Doktoranduszok Országos

                     Szövetsége, Budapest, 2021. MTMT

          c44     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, Doktori értekezés

                     tézisfüzete, Óbudai Egyetem, Biztonságtudományi Doktori Iskola, Budapest, p. 30, 2020. MTMT

          c45     Azwad Abid, Designing and Testing of Pilot Control Interfaces for Vertical Take-Off and Landing VTOL

                     Aircraft, Master Thesis, UWSpace, p. 116, University of Waterloo, Ontario, Canada, 2023. MTMT

                     http://hdl.handle.net/10012/19965

                     „Yes, these flying cars should generally be automated, and it is possible to do so [66, 21, 78, 65].

          c46     N. C. Ajay Vishwath, Arvind R. Yadav, Vishwes Mehra, Vijay Patel, Mansha Kumari B. Patel, Viral Son-

                     dagar, Aditi Sharma & Gurbhej Singh, Computational Analysis and Designing of Flight Controllers to

                     Improve the Drone Performance for a Novice Pilot. International Journal on Interactive Design and

                     Manufacturing (IJIDeM), Vol. 19, pp. 1395–1408, DOI: 10.1007/s12008-024-02161-x, 2025. MTMT

          c47     Maroun, E. J., Compiling for Time-Predictability and Performance, Dissertation, Technische Universität

                     Wien, pages 182,  reposiTUm, DOI: 10.34726/hss.2024.123754, 2024. MTMT

 

B4. Gyula Mester, Istvan Matijevics, Tamas Szepe, Janos Simon, Computer Communications and

Networks, Application and Multidisciplinary Aspects of Wireless Sensor Networks Concepts,

Integration, and Case Studies, Book Chapter 16: Wireless Sensor-Based Robot Control, Part 4, pp.

275-277, Eds: Liljana Gavrilovska; Srdjan Krco; Veljko Milutinovic; Ivan Stojmenovic; Roman

Trobec, DOI: 10.1007/978-1-84996-510-1-16, ISBN: 978-1-84996-509-5, © Springer Verlag,

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          c1       Krisztián Lamár, György Morva, Hardware and Software Functions of Standalone Field Data Acquisition

       Devices for the Low Voltage Power Distribution Grid, Carpathian Journal of Electronic and Computer

       Engineering Vol. 6, No. 1, pp. 22-27, ISSN 1844 – 9689, 2013.

       Google Scholar: 15339313035669589113, MTMT.

          c2       Krisztián Lamár, András Gergő Kocsis, Implementation of Brushed DC Motor Control in LabVIEW

                     FPGA, Carpathian Journal of Electronic and Computer Engineering Vol. 6, No. 2, pp. 32-37, ISSN 1844-

                     9689, 2013.

       Google Scholar: 3000157227158883005. MTMT

          c3       Zhenxing Luo, Paul S. Min, and Shu-Jun Liu, Target Localization in Wireless Sensor Networks for Indus-

                     trial Control with Selected Sensors, International Journal of Distributed Sensor Networks, Vol. 2013,

                     Article ID 304631, 9 pages, DOI: 10.1155/2013/304631.

       http://dx.doi.org/10.1155/2013/304631.

       Web of Science: 000323044000001, Scopus, MTMT

       “In many ICSs, a wireless sensor network (WSN) is laid out to control the robotics [4–6] or to track human

       motion [7].”

          c4       Janos Simon, Višekriterijsko neizrazito upravljanje mikroklimom plastenika pomoću autonomne mobilne

                     mjerne stanice, PhD Disertation, 162 pages, Sveučilište Josipa Jurja StroSsmayera u Osijeku,

                     Elektrotehnički Fakultet Osijek, mentor: Goran Martinović, 2013. MTMT

          c5       Simon János, Mobil robotok Web 2.0 és Android környezetben, A Magyar Tudomány Napja a Délvidéken

                     2013, november 23, VMTT, pp. 710-721, ISBN 978-86-88077-06-4, Újvidék, Szerbia, 2014. MTMT

          c6       Gyula Mester, „Személyi robotikai platformok fejlesztése és alkalmazása”, VMTT Konferencia, Konferen-

                     cia-kiadvány, pp. 572-579, ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

          c7       Mester Gyula, „Szerviz robotok”, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86-

                     88077-02-6, Újvidék, Szerbia, November 13,2010, 2011. MTMT

          c8       Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

B5. Gyula Mester, Piroska Stanic Molcer, Vlado Delic, Educational Games, Computer Games as

Educational and Management Tools: Uses and Approaches, Edit.: Maria, Manuela Cruz-Cunha,

Viktor, Hugo Costa Carvalho, Paula, Cristina Almeida Tavares, Chapter 15, pp. 247-262, DOI:

10.4018/978-1-60960-569-8.ch015, ISBN 978-1-60960-569-8, Information Science Reference, IGI

Global, USA, 2011.

Web of Science, Research Gate, Google Scholar: 6287575061760085180, MTMT

          c1       Darko Pekar; Dragiša Mišković; Dragan Knežević; Nataša Vujnović Sedlar; Milan Sečujski and Vlado De-

                     lić, Applications of Speech Technologies in Western Balkan Countries (Book chapter), pp. 105-122, Adv-

       anced in Speech Recognition (Book),  pp. 1-164, 2011, Edited by Noam R. Shabtai, Published by Sciyo,

       ISBN 978-953-307-097-1, http://tainguyenso.vnu.edu.vn/jspui/handle/1234 56789/6196, 2011.

       Google Scholar: 16172908649144217792.  MTMT

       „At http://www.AudioGames.net, one of the best known web sites with audio games, there are more than

       300 audio games and their classification and examples are given in (Mester et al.).”

          c2       Branko Lučić; Nataša Vujnović Sedlar and Vlado Delić, Computer Game Lugram-Version for Blind

                     Children, Telfor Journal, Vol. 3, No. 1, pp. 54-59, ISSN 2334-9905, 2011.

       Google Scholar:  8021955847029095908, MTMT

       „In developed countries a lot of attention is devoted to the inclusion of people with disabilities and for

       that reason many educational and entertainment computer audio games have been developed [1], [2].”

          c3       Branko Lučić; Nataša Vujnović Sedlar; Vlado Delić, Računarska igra Lugram - verzija za slepu decu,

                     Telekomunikacioni forum TELFOR 2010, Proceedings of the Telekomunikacioni forum TELFOR 2010,

       pp. 1173-1176, Srbija, Beograd, novembar 23.-25.2010.

       Google Scholar:  18164112571368243846, MTMT

       „U svetu se dosta pažnje posvećuje inkluziji osoba sa invaliditetom, te su u sklopu toga razvijene i

       mnoge kompjuterske audio igre edukativnog i zabavnog karaktera [1], [2].”

          c4       Vlado Delić; Milan Sečujski; Nikša Jakovljević; Marko Janev; Radovan Obradović and Darko Pekar,

       Speech Technologies for Serbian and Kindred South Slavic Languages (Book chapter), pp. 141-164,

       Advanced in Speech Recognition (Book), 2011, Edited by Noam R. Shabtai, Published by Sciyo, ISBN

       978-953-307-097-1, http://tainguyenso.vnu.edu.vn/jspui/handle/123456789/6196, 2011. MTMT

       „Besides the applications mentioned in the previous sections, the AlfaNum TTS engine, coupled with the

       AlfaNum ASR engine, was also used to create new computer games designed for entertainment and edu-

       cation of visually impaired children (Delić & Vujnović Sedlar, 2010; Lučić et al., 2009; Mester et al.).”

          c5       Branko Lučić; Nataša Vujnović Sedlar and Vlado Delić, Possibilities of Application Speech Technologies

       in the Development of Educational Software in Schools, Proceedings of the 20^th Telecommunications Fo-

       rum TELFOR, pp. 1468 - 1471, ISBN 978-1-4673-2983-5, DOI 10.1109/TELFOR.2012.6419496, Belgra-

       de, Serbia, 20-22 Nov. 2012.

       Web of Science: 000316626800346, Google Scholar: 7522032672932102394, MTMT

          c6       Branko Lučić; Molcer P. Stanic; Delic V., Case Study of a Cost-Effective on-line Learning Environment

                     Development for Laboratory Class Enhancement, Elektronika ir Elektrotechnika, Issue: 9, Pages: 73-78,

       ISSN 1392 – 1215, DOI: 10.5755/j01.eee.115.9.753, 2011.

       Web of Science: 000297603200015, MTMT

       “The formative evaluation will improve a project during the development and implementation phases

       [15].” 

          c7       Molcer Piroska Stanic; Delic Vlado, Exploring the Effectiveness of Interactive On-line Exercises in Project

                     Accomplishing in the Course: Intelligent Control Systems, International Journal of Engineering Education,

                     Vol.  27, Issue: 2, pp. 257-265, 2011. 

       Web of Science: 000290443500006, MTMT

          c8       Molcer Piroska Stanic, Integrated Component of Digital Signal Processing Education System Implemen-

                     ted in Network Environment, Proceedings of the 19^th Telecommunications Forum TELFOR, pp. 675-682,

                     ISBN: 978-1-4577-1499-3, DOI: 10.1109/TELFOR.2011.6143637, Belgrade, Serbia, 22-24 Nov. 2011.

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                     mreznom okruzenju, doktorska disertacija, pp. 1-100, Univerzitet u Novom Sadu, Fakultet Tehnickih

                     Nauka, 2011. MTMT

          c10     Kurbjuhn, Bastian; Kramer, Frederik; Turowski, Klaus, Challenges for Cloud-Based Simulation Games,

                     Proceedings of the 47^th IEEE Hawaii International Conference on System Sciences (HICSS), Edited by:

                     Sprague, RH, pp. 1251-1257, DOI 10.1109/HICSS.2014.162, Waikoloa, HI, USA, 6-9 Jan. 2014.

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       „For validation concerns on the conceptual site, the feedback of the participants (for instance in form of a

       survey) [2; 21:254] or during play testing [2] may be substantial for artefact improvements.”

          c11     Sara Isabel Moça Ramos, Avaliação da Implementação das Tic nas Escolas de Referência Para a Educaç-

                     ão de Alunos Cegos e Com Baixa Visão, Dissertação apresentada à Universidade Católica Portuguesa para

                     obtenção do grau de Mestre em Ciências da Educação - Especialização em Informática Educacional - Sara

                     Isabel Moça Ramos Trabalho efetuado sob a orientação de António Manuel Valente de Andrade Porto,

                     Dac Ver Através, Faculdade de Educação e Psicologia, Porto, junho 2013, pp. 1-163. repositorio.ucp.pt

                     MTMT

          c12     Lučić, B., Ostrogonac, S., Vujnović Sedlar, N., Sečujski, M., Educational Applications for Blind and Par-

                     tially Sighted Pupils Based on Speech Technologies for Serbian, Scientific World Journal, VOL. 2015, p.

                     14, Article ID: 839252, ISSN: 23566140, DOI: 10.1155/2015/839252, Publisher: Hindawi Publishing Cor-

                     poration, 2015.

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       „As is the case with all computer games, it is necessary to achieve the required level of usability, playa-

       bility, and effectiveness [2, 3].”

          c13     Stevan Ostrogonac, Nataša Vujnović-Sedlar, Branislav Popović, Milan Sečujski, Darko Pekar, An Educati-

                     onal Application Comprising Speech Technologies for Serbian Adapted to Visually Impaired Children-an

                     Master Mind, ICIST, Vol. 2, pp. 422-427, March, 9-13, 2014.

       GS: 5638751228141653173, MTMT

        „Speech technologies play an important role in the development of advanced educational tools for visual-

        ly impaired people (and people with other disabilities as well) [8] [9].”

          c14     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1, pp.

                     29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

 

B6. Gyula Mester, Aleksandar Rodic, Autonomous Locomotion of Humanoid Robots in Presence of

Mobile and Immobile Obstacles: Trajectory Prediction, Path Planning, Control and Simulation,

Studies in Computational Intelligence, Towards Intelligent Engineering and Information Technolo-

gy, Editors: Rudas Imre, Fodor Janos, Part III Robotics, Vol. 243, pp. 279-293, ISBN 978-3-642-

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          c1       Szepe Tamas, Sensor Based Control of on Autonomous Wheeled Mobile Robot, Proceedings of the

                     PROSENSE 3^rd Seminar Ljubljana, pp. 34-35, Slovenia, November 17-21, 2009. MTMT

          c2       Szepe Tamas, Robotirányítás támogatása távoli érzékelőrendszerrel, VMTT Konferencia, 2009.11.07,

                     Konferencia kiadvány, 2010, pp. 527-532, ISBN 978-86-88077-00-2, Újvidék, Szerbia. MTMT

          c3       Borovac Branislav; Raković Mirko and Nikolić Milutin, Use of Support Vector Machine for Humanoid

       Robot Motion Synthesis, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Rese-

       arch, TIR, Vol. 8, Issue 2, pp. 18-25, ISSN 1820-4503, New York, Frankfurt, Tokyo, Belgrade,

       http://internetjournals.net, 2012. MTMT

          c4       Annamária R. Várkonyi-Kóczy, A Complexity Reduced Hybrid Autonomous Navigation Method for In Do-

       or Robots, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Research, TIR, Vol.

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       “Nowadays the topic of autonomous navigation has become popular among researchers all over the world

       (see e.g. [1]).”

          c5       Mester G, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Vol. 7, No. 4, pp.153-165, ISSN 1785-8860, 2010.

       Web of Science: 000290427600011, Google Scholar: 16231270646023226469, MTMT

          c6       Gyula Mester, Modelling of the Humanoid Robot Motion, Ipsi Journal, Transactions on Advanced Rese-

       arch, TAR, New York, Frankfurt, Tokio, Belgrade, Vol. 7, Issue 1, pp. 21-25, ISSN 1820 - 4511, 2011.

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       3D Object Reconstruction for the Assistive Robot Friend, Advances in Electrical and Computer Engine-

       ering, Vol. 11, Issue 4, pp. 15-22, DOI: 10.4316/AECE.2011.04003, ISSN: 1582-7445, e-ISSN:1844-

       7600, 2011,

       Web of Science: 000297764500003, MTMT

          c8       Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots,

                     Interdisciplinary Description of Complex Systems, Vol. 12, Issue 3, pp. 245-254, ISSN 1334 4676, DOI:

       10.79 06/indecs.12.3.4, 2014.

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          c9       István Bíró, Gusztáv Fekete, Approximate Method for Determining the Axis of Finite Rotation of Human

       Knee Joint, Acta Polytechnica Hungarica, Journal of Applied Sciences, DOI: 10.12700/APH.11.09.2014.

       09.4, Vol. 11, No. 9, pp. 61-74, ISSN 1785-8860, 2014.

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          c10     Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of the SIP

                     2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0, Subotica,

                     Serbia, June 3-4, 2010.

       MTMT

          c11     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, Brastislav,

                     Milovanovic edit., pp. 1-5, Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

       Google Scholar: 4267919485114118926, MTMT

          c12     Gyula Mester, Személyi robotikai platformok fejlesztése és alkalmazása, VMTT Konferencia, Konferencia

                     kiadvány, pp. 572-579, ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

          c13     Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT

          c14     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, A Magyar Tudomány Napja a Délvidéken 2014,

                     könyvfejezet, pp. 527-533, ISBN 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT  

          c15     Gyula Mester, Wheeled and Humanoid Mobile Robot Navigation, Report on the Research at the Institute of

                     Informatics of the University of Szeged 2006-2009, pp. 16-17, Szeged, Hungary, 2010. MTMT

  c16     Attila Nemes, Genetic Algorithm-Based Adaptive Fuzzy Logic Systems for Dynamic Modeling of Quadro-

             tors, Proceedings of the 3^rd International Conference MechEdu, pp. 96-103, ISBN 978-86-918815-0-4, 14-

             15 May, 2015, Subotica, Serbia.

             Google Scholar: 16107956822450096193, MTMT

  c17     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

                     Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c18     Zlatko Čović, Janoš Šimon, Igor Fürstner, Eva Pataki, Presentation of Projects in Various Engineering

                     Competitions for Students, Proceedings of the XXXIII International Scientific Conference Science in

                     Practice, pp. 1-7, University of Würzburg, Schweinfurt, Germany, May 7-8, 2015. MTMT

          c19     Livija Cveticanin, Axial Vibration of a Robot Surgery Tentacle, Acta Technica Corviniensis - Buletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 127-130, ISSN 2067 – 3809, 2015.

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          c20     Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The use of Information Entropy in Extracting the

                     Irregularities of Autonomous Systems, Annals of Faculty of Hunedoara - International Journal of Engine-

                     ering, Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015.

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          c21     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis - Buletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, DOI: 10.12700/11.05.+2014.05.9,

                     ISSN 2067 – 3809, 2015.

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          c22     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara

                     - International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584 – 2673, 2015.

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          c23     Janos Simon, Zlatko Covic, Data management of the Automomous Mobile Devices and Internet of Things,

       Annals of Faculty of Hunedoara – International Journal of Engineering, Tome XIII, Fascicule 3, pp. 265-

       268, ISSN 1584 – 2673, 2015.

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          c24     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

       2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, Research Gate, 27 February,

       2015. MTMT

          c25     Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. Research

       Gate, 2015. MTMT

          c26     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, ISSN 1334-4684,

                     e-ISSN 1334-4676, 2016.

                     Web of Science, MTMT

       „This arrangement is chosen so that gyroscopic effects and aerodynamic torques are canceled in trimmed

       flight [17-20].”

          c27     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c28     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, DOI: 10.13140/RG.2.1.3451.9203,

                     pp. 1-50, Novi Sad, Serbia, 11.06.2015. MTMT

          c29     Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, No. 2, pp. 55-62,

                     ISSN: 1847-6996, http://www.etfos.hr/ijeces/index.php/ ijeces/article/ view/22, 2010.

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          c30     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

                     “Nove Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

                     Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c31     Gyula Mester, Aleksandar Rodic, Contribution to the Simulation of Humanoid Kondo Robot, Annals of

                     Faculty Engineering Hunedoara - International Journal of Engineering, Tome IX, Fascicule 1, pp. 73-78,

                     ISSN 1584 – 2665, http://annals.fih.upt.ro/pdf-full/2011/Annals-2011-1-08.pdf, 2011.

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          c32     Janos Simon, Imre Petkovics, Zlatko Covic, Industrie 4.0 Based Customized Mass Production Overview,

                     Proceedings of the IV^rnd IEEE International Conference and Workshop Mechatronics in Practice and

                     Education, MechEdu 2017, pp. 72-76, Subotica, Serbia, May 4-5, 2017. MTMT

       „It was back in the 1990s that robotics as a first mover recognized the potential to be gained by combining  

       the world of IT with conventional automation technologies [35].

          c33     Daniel Tokody, Laszlo Ady, Luca F. Hudasic, Péter János Varga, Péter Hell, Collaborative Robotics

                     Research: Subiko Project, 13^th International Conference Interdisciplinarity in Engineering (INTER-ENG

                     2019), Science Direct Procedia Manufacturing, Vol. 46, pp. 467–474, DOI: 10.1016/j.promfg.2020.03.

                     068, ISSN: 2351-9789, 2020.

                     Web of Science, Scopus, MTMT

          c33     Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Internati-

                     onal Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Education,

                     ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

          c35     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „A Tesla Roadster három elektromos (egy elektromotor elöl, kettő pedig hátul helyezkedik el), négykerék-

                     meghajtású önvezető autó [21-31].”

          c36     Janos Simon, Autonomous wheeled mobile robot control, Interdisciplinary Description of Complex Syst-

                     ems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic plat-

                     form in unstructured environments with obstacles and slopes [10-15].”       

          c37     D. McNulty, A. Hennessy, Mei Li, Eddie Armstrong, K. Ryan, A Review of Li-ion Batteries for Autonom-

                     ous Mobile Robots: Perspectives and Outlook for the Future, Journal of Power Sources, DOI: 10.1016/j.

                     jpowsour.2022.231943,Corpus ID: 251543956, 2022. 11. 24. MTMT

          c38     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

       disciplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16, No. 1,

       pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c39     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c40     Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                     ference TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, paper

                     No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-17. 02. 2022. MTMT

          c41     Jelena Pisarov, Autonomous driving, IPSI Transactions on Advanced Research (TAR), Vol. 17, No. 2,

                     pp. 19-27, ISSN 1820 – 4511, July 2021. MTMT

          c42     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15 No. 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, ISSN 1334-4676, 2017. MTMT

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                     kiadvány, pp. 527-532, ISBN 978-86-88077-00-2, Újvidék, Szerbia, 2009. MTMT

          c44     Aleksandar Rodić, Svemir Popić, Miloš Jovanović, Design and Operation of Exoskeletons for Limb Repla-

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B7. Gyula Mester, Intelligent Mobil Robot Control in Unknown Environments, in: J.A. Tenreiro

Machado, B. Pátkai, I.J. Rudas (Eds.), Intelligent Engineering Systems and Computational Cyber-

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          c1       Gincsaine Szadeczky-Kardoss Emese: Real-Time Motion Planning for Nonlinear Nonholonomic Mecha-  

                     tronic Systems Using Time-Scaling, Budapest University of Technology and Economics, Ph.D. Thesis,

                     pages 124, Budapest, Hungary, 2009.

       Google Scholar: 13976365832928418491, MTMT

          c2       Szepe Tamas, Sensor Based Control of on Autonomous Wheeled Mobile Robot, Proceedings of the

                     PROSENSE 3^rd Seminar Ljubljana, Institute Joze Stefan, pp. 34-35, Slovenia, 17-21.11.2009. MTMT

          c3       Szepe Tamas, Robotirányítás támogatása távoli érzékelőrendszerrel, VMTT Konferencia, 2009.11.07,

                     konferencia kiadvány, 2010, pp. 527-532, ISBN 978-86-88077-00-2, Újvidék, Szerbia. MTMT

          c4       Sandor Csikos, Robot Remote Control Over the Internet, Proceedings of the SIP 2010, 28^th International

                     Conference Science in Practice, pp. 41-43, ISBN 978-86-85409-53-0, Subotica, Serbia, June 3-4, 2010.

       Google Scholar: 7441505073656591408, MTMT

          c5       Dusko Katic, Cooperative Multi Robot Systems for Contemporary Shopping Malls, Vol. 8, Issue 2, pp. 10-

                     17, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820-            

                     4503, New York, Frankfurt, Tokyo, Belgrade, http://internetjournals.net, 2012. MTMT

       “The main concept of multi-robot systems for shopping malls is based on the representation of a multi-

       purpose robotic system for service applications with advanced perception and action capabilities [20-23].”

          c6       Mester G., Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

       Web of Science: 000290427600011, Google Scholar: 16231270646023226469, MTMT

          c7       Gyula Mester, Modelling of the Humanoid Robot Motion, Ipsi Journal, Transactions on Advanced Rese-

                     arch, TAR, New York, Frankfurt, Tokio, Belgrade, Vol. 7, Issue 1, pp. 21-25, ISSN 1820 - 4511, 2011.

                     MTMT

          c8       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

                     ISSN: 1847-6996, 2010.

       Google Scholar: 2253804250227885355, MTMT

          c9       Rudra Anil Kumar, G. Murali Krishna, S. Chandra Sekhar, An Efficient Navigation Test Based Remote

                     Control Strategy, International Journal of Reviews on Recent Electronics and Computer Science,

                     IJRRECS, Vol. 1, Issue 6, pp.  908-912, ISSN 2321-5461, www.ijrrecs.com, 2013. MTMT

       „And the above operation takes place in the laboratory based aspect with the particular scenario in a well

       oriented fashion where it is ready for the calibration aspect respectively [2] [3].”

          c10     Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots,

                     Interdisciplinary Description of Complex Systems, Vol.12, Issue 3, pp. 245-254, 2014, ISSN 1334-4676,

                     DOI: 10.79 06/indecs.12.3.4, 2014.

       Google Scholar: 9037300541699899921, MTMT

          c11     Milica Djekic, Cyber rizici po e-tiketing sisteme u sredstvima gradskog prevoza, Tehnika, Beograd, Issue

                     5, pp. 1-7, 2014. MTMT

          c12     Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of the SIP

                     2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0, Subotica,   

                     Serbia, June 3-4, 2010. MTMT

          c13     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Vol. 13, Issue 1, pp. 41-47, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, 2015.

       “The mobile robot has two driving wheels fixed. The two fixed wheels are controlled independently by

       motors. The robot consists basically of ultrasonic sensors in the front, to the right and to the left of the

       vehicle [1]. Nowadays, there has been a growing interest in control of motion robot in an unstructured

       environment [1]. Navigation control of the robot is realized through fuzzy coordination of all the rules.

       Three simple navigation strategy: seek-goal, traverse-terrain, and avoid obstacles [1-5]. The robot consists

       basically of ultrasonic sensors in the front, to the right and to the left of the vehicle [1].”

       Google Scholar: 12544637349042197106, MTMT

          c14     János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots, Inter-

       disciplinary Description of Complex Systems, Vol. 13, Issue 1, pp. 34-40, DOI: 10.7906/indecs.13.1.5,

       ISSN 1334-4684, 2015.

       Google Scholar:1217132761466080270, MTMT

          c15     Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Vol. 13, Issue 1,

                     pp. 1-8, ISSN 1334-4684, DOI: 10.7906/indecs.13.1.1., 2015.

       „Gostai can host the services on the GostaiNet robotics cloud [21-23].”

       Google Scholar:6455251329837657771. MTMT

          c16     Gyula Mester, Novi trendovi naučne metrike, uvodno predavanje, paper No. UP 1-3, pp. 23-30, Proceed-

      ings of the XXI Skup Trendovi Razvoja: “Univerzitet u Promenama..”, pp. 23-30, Zlatibor, 23-26.02.2015,

      MTMT

          c17     Busra Koken, Gyula Mester, The Evolution of Cloud Robotics: A Survey, Acta Technica Corviniensis-

      Buletin of Engineering, Tome VIII, Fascicule 2 (April-June), pp. 23-26, ISSN 2067-3809, University

      Politehnica Timisoara, Faculty of Engineering Hunedoara, 2015.

      Google Scholar: 11838656862210255790, MTMT

          c18     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

       Google Scholar: 4267919485114118926. MTMT

  c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

                     Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Gyula Mester, Személyi robotikai platformok fejlesztése és alkalmazása, VMTT Konferencia, konferencia

                     kiadvány, pp. 572-579, ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

          c21     Mester Gyula, Szervizrobotok, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86

                     88077-02-6, Újvidék, Szerbia, 2010, november 13. MTMT

          c22     Gyula Mester, Intelligent Wheeled Mobile Robot Navigation, Jelenkori társadalmi és gazdasági folyama-

                     tok, V. évfolyam, 1-2 szám, pp. 258-264, ISSN: 1788-7593, SZTE, Szeged, Hungary, 2010. MTMT

          c23     Gyula Mester, Wheeled and Humanoid Mobile Robot Navigation, Report on the Research at the Institute of

                     Informatics of the University of Szeged 2006-2009, pp. 16-17, Szeged, Hungary, 2010. MTMT

          c24     Gyula Mester, Aleksandar Rodic, Autonomous Locomotion of Humanoid Robots in Presence of Mobile

                    and Immobile Obstacles, Studies in Computational Intelligence, Towards Intelligent Engineering and Ifor-

      mation Technology, Part III Robotics, Volume 243/2009, pp. 279-293, ISBN 978-3-642-03736-8, Library

      of Congress: 2009933683, DOI 10.1007/978-3-642-03737-5, Springer, 2009.

      Web of Science, Scopus, MTMT

          c25     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin of

       Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

       Google Scholar: 11405780311557937599, MTMT

          c26     Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c27     Alexandre G. Xavier, Nival N. Almeida, Integração de um Sistema de Inferência Fuzzy em Ambiente de

                     Simulação Robótica Para Aprendizagem de Técnicas Inteligentes, Programa de Pós-Graduação em Engen-

                     haria Eletrônica, Faculdade de Engenharia, Universidade do Estado do Rio de Janeiro, pp. 1-6, 2015. 

                     MTMT

                     „Esse tipo de controle tem sido aplicado a problemas como: pêndulo invertido, seguidores de linha e em

                     outros casos como os descritos por Mester (2009), Olivares-Mendez et al. (2014) e Ortigosa & Morillas

                      (2014).”

          c28     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c29     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c30     Dimosthenis Georgiadis, Christophoros Christophorou, Styliani Kleanthous, Panayiotis Andreou, Luis

                     Santos, Eleni Christodoulou, George Samaras, A Robotic Cloud Ecosystem for Elderly Care and Ageing

                     Well: The Grow Me Up Approach, XIV Mediterranean Conference on Medical and Biological Engineering

                     and Computing 2016, March 31^st-April 2^nd 2016 Paphos, Cyprus, Vol. 57 of the series IFMBE Proceedings

                     pp 913-918, DOI: 10.1007/978-3-319-32703-7_179, Print ISBN 978-3-319-32701-3, Online ISBN 978-3-

                     319-32703-7, Series Title: IFMBE Proceedings, Series Volume 57, Series ISSN 1680-0737, Publisher:

                     Springer International Publishing, 2016. link.springer.com/chapter/10.1007/978-3-319-32703-7_178.

                     MTMT

          c31     Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, 7^th IEEE International Symposium

                     on Intelligent Systems and Informatics SISY 2009, pp. 67-70, DOI 10.1109/SISY.2009.52911190, ISBN:

                     978-1-4244-5349-8, Subotica, Serbia, September 25-26, 2009.

                     Web of Science: 000276175300014, Google Scholar: 6873520156588286527, MTMT

       c32     Gyula Mester, Istvan Matijevics, Tamas Szepe, Janos Simon, Computer Communications and Networks,

                     Application and Multidisciplinary Aspects of Wireless Sensor Networks Concepts, Integration, and Case

                     Studies, Book Chapter 16: Wireless Sensor-Based Robot Control, Part 4, pp. 275-277, Eds: Liljana

                     Gavrilovska; Srdjan Krco; Veljko Milutinovic; Ivan Stojmenovic; Roman Trobec, DOI: 10.1007/978-1-

                     84996-510-1-16, ISBN: 978-184996-509-5, © Springer Verlag, London, 2011.

                     Web of Science, Google Scholar:3183372252341010558. MTMT

       c33     Gyula Mester, Sensor Based Control of Autonomous Wheeled Mobile Robots, The Ipsi BgD Transactions

                      on Internet Research, TIR, Volume 6, Number 2, pp. 29-34, ISSN 1820-4503, New York, Frankfurt,

                      Tokio, Belgrade,

                http://internetjournals.net/journals/ tir/2010/July/Paper%2004.pdf, 2010.

                Google Scholar: 3397126282723087621, MTMT

          c34     Gyula Mester, Fuzzy-Logic Sensor-Based Navigation of Autonomous Wheeled Mobile Robots in the reen-

        house Environments, Vol. 8, Issue 2, pp. 26-31, Intelligent Service Robotic Systems, Ipsi Journal Transac-

        tions on Internet Research, TIR, ISSN 1820 - 4503, New York, Frankfurt, Tokyo, Belgrade,

        http://internet journals.net, 2012.

      Google Scholar: 13718132881812854651, MTMT

          c35     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

        “Nove Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-8055,  

        Zlatibor, Serbia, 16 - 19. 02. 2016. MTMT

          c36     R. Nattanmai Parasuraman, Wireless communication enhancement methods for mobile robots in radiation

                      environments, PhD Thesis, p. 194, Universidad Politecnica De Madrid, supervisor: Manuel Ferre Perez,

                      2014.

        Google Scholar: 13106158372944254101, MTMT

          c37      Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.

                      3451.9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c38      Hassane Abouaïssa, Samira Chouraqui, Indoor Navigation Using Existing, On the control of robot mani-

                      pulator: A model-free approach, Journal of Computational Science, Vol. 31, pp. 6-16, DOI: 10.1016/j.

                      jocs.20, ISSN 1877-7503, 8. 12.011, 2019.

                     Web of Science, Scopus, MTMT

          c39     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c40     Milica D Đekić, The commerce crime and ways of conducting a financial security, Tehnika, Vol. 71,    

                     Issue 5, pp. 782-786, DOI: 10.5937/tehnika1605782D, ISSN 0040-2176, 2016. MTMT

          c41     Milica D Đekić, How to create training for the IT industry's staffs? Tehnika, Vol. 71, Issue 4, pp. 644-

                     647, DOI: 10.5937/tehnika1604664D, ISSN 0040-2176, 2016. MTMT

          c42     Milica D Đekić, How a modern business could respond to the phishing attack challenges, Tehnika, Vol.

                     72, Issue 3, pp. 455-459, DOI: 10.5937/tehnika1703455D, ISSN 0040-2176, 2017. MTMT

          c43     M. Muhtar, R. Syam, Z. Djafar, Rancang Bangun Robot Pengangkut Sampah pada Kanal Sempit, Jurnal

                     Penelitian Enjiniring, Vol 22, No 2, pp. 129-136, DOI: 10.25042/jpe.112018.05, 2018. MTMT

          c44     Hassane Abouaïssa, Samira Chouraqui, On the Control of Robot Manipulator: A Model-Free Approach,

                     Journal of Computational Science, Vol. 31, pp. 6-16, ISSN 1877-7503, DOI: 10.1016/j.jocs.2018.12.011,

                     2019. MTMT

          c45     Szépe Tamás, Robotirányítás támogatása távoli érzékelő rendszerrel, VMTT Konferencia, konferencia

                     kiadvány, pp. 527-532, ISBN 978-86-88077-00-2, Újvidék, Szerbia, 2009. MTMT

B8. Gyula Mester, Design of a Neuro-Fuzzy-Genetic Control Algorithm of Intelligent Robots, in: Proceedings of the World Automation Congress WAC ’96, May 28-30, 1996, Montpellier, France, Soft Computing with Industrial Applications, Recent Trends and Development, p. 769, Editors: Mohammad Jamshidi, Madjid Fathi, Francois Pierrot, Vol. 5, pp. 755-760, ISBN 1-889335-02-9, TSI Press Series, TSI Press, Albuquerque, NM, USA, 1996.

Research Gate, MTMT.

 

 

C.  Papers in Scientific Journals

C1. Gyula Mester, Ranking Researchers in University of Szeged 2025, Review of the National Center for Digitization, pp. 47-52, Faculty of Mathematics, University of Belgrade, ISSN: 1820-0109, Issue: 46, 2025. MTMT

C2. Gyula Mester, The 2024 Ranking List of Hungarian Scientists in the Field of Scientometrics, Analecta Technica Szegedinensia, pp. 66-70, Vol. 19, No. 1, ISSN 2064-7964, DOI: 10.14232/ analecta.2025.1.66-70, 2025. MTMT

C3. Gyula Mester, Jelena Pisarov, Hydrogen Fuel Cell Vehicles, Interdisciplinary Description of Complex Systems, Indecs, Vol. 23, Issue 2, pp. 105-109, ISSN 1334-4684, DOI: 10.7906/indecs. 23.2.3, 2025. Impact Factor: 0.6 MTMT

C4. Gyula Mester, Application of the Matlab Software Package to Simulation Control of Self-Driving Cars, Research Gate, pp. 1-7, DOI: 10.13140/RG.2.2.27480.20481, 2024. MTMT

          c1       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c2       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c3       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

C5. Dalma Zilahy, Gyula Mester, Factors Affecting the Adoption of Self-Driving Cars, Interdis-ciplinary Description of Complex Systems, Indecs, Vol. 22, Issue 6, pp. 732-737, ISSN 1334-4684, DOI: 10.7906/indecs.22.6.7, 2024. MTMT Impact Factor: 0.6

          c1       Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c2       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c3       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c4       Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c5       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c6       Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c7       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c8       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

          c9       Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c10     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

C6. Ugljesa Marjanovic, Gyula Mester and Bojana Milic Marjanovic, Assessing the Success of Artificial Intelligence Tools: an Evaluation of ChatGPT Using the Information System Success Model, Interdisciplinary Description of Complex Systems, Indecs, Vol. 22, Issue 3, pp. 266-275, ISSN 1334-4684, DOI: 10.7906/indecs.22.3.3, 2024. Impact Factor: 0.6

Web of Science: 001278574500001, MTMT: 35336487, ODT

          c1       Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

        c2       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                   1-5, 2025. MTMT

        c3       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.    

                   MTMT

        c4       Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                   RG.2.2.33688.92160, 2025. MTMT

        c5       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                   DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

        c6       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13140/  

                   RG.2.2.27115.66080, 2025. MTMT

        c7       Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2.30225.34403,

                   Research Gate, pp. 1-5, 2025. MTMT

        c8       Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                   13140/RG.2.2.24380.76169, 2025. MTMT

C7. Gyula Mester, Ranking of Hungarian Scientists using h-index, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. Impact Factor: 0.5,

Web of Science, Google Scholar: 17583145152937585128, MTMT: 34121816, ODT

          c1       Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azo-

                     nosítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. 278-283. MTMT

          c2       Jelena Pisarov, Ranking of Safety Systems Scientist, pp. 1-6, Research Gate, 2023. MTMT

          c3       Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, pp. 1-6, Research

                     Gate, 2023. MTMT

          c4       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c5       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c6       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

C8. Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4, ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

Impact Factor: 0.5, Web of Science, ODT

          c1       Neli Maria Mengalli, Antonio Aparecido Carvalho, The Intersection of Learning, of the Growth Mindset,

                     and of the Emotions: A Junction Designed by Knowledge and Artificial Intelligence, IGI Global, pages:

                     25, in: AI and Emotions in Digital Society, DOI: 10.4018/979-8-3693-0802-8.ch008, 2024. MTMT

          c2       Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, Zbornik radova

                     XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                     pp. 309-312, Paper No. T 5.47, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet tehničkih

                     nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

          c3       Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023, pp.

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c4       Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény

                     azonosítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. MTMT

          c5       Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, pp. 1-6, Research

                     Gate, 2024. MTMT

          c6       Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

             c7       Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c8       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c9       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c10     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c11     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c12     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c13     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c14     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c15     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c16     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c17     Dalma Zilahy, Gyula Mester, Factors Affecting the Adoption of Self-Driving Cars, Interdisciplinary Des-

                     cription of Complex Systems, Indecs, Vol. 22 No. 6, pp. 732-737, DOI: 10.7906/indecs.22.6.7, 2024.

                     MTMT

          c18     Gyula Mester, A régió egyetemei a 2025-ös Shanghai egyetemi világranglistán, pp. 1-6, Research Gate,

                     2025. MTMT

          c19     Gyula Mester, Jelena Pisarov, Hydrogen Fuel Cell Vehicles, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 23 No. 2, pp. 105-109, DOI: 10.7906/indecs.23.2.3, 2025. MTMT

          c20     Janos Santa, Magyarország egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-

                     5, DOI: 10.13140/RG.2.2.24582.64320, 2025. MTMT

          c21     Dalma Zilahy, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, pp. 272-277,

                     ISBN 978-8688077-13-2, Újvidék, Szerbia, 2021.

          c22     Pan L, Hu Y, Yang X, Wei X, Yuan S. Multi-objective Optimization in Self-driving System of Distribution

                     Network: Adopting PSO Strategy. In 2024 International Conference on Intelligent Algorithms for Compu-

                     tational Intelligence Systems (IACIS) IEEE, pp. 1-6, 2024 Aug 23. MTMT

          c23     Janos Santa, 2025 World Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c24     Gyula Mester, Universities in the South Slavic Countries in Shanghai World University Ranking, Research

                     Gate, pp. 1-5, 2025. MTMT

          c25     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, XXX Skup

                     Trendovi razvoja: “Nastavnici i saradnici kao centar promena u visokom obrazovanju”, Zbornik radova,

                     Paper No. T5.37, Vrnjačka Banja, ISBN 978-86-6022-635-0, Serbia, 7-10.2.2024. MTMT

          c26     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX Kandó Konferencia, KSC2023, pp.

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c27     Janos Santa, Magyarországi egyetemek a Times Higher Education egyetemi világranglistán, Research

                     Gate, pp. 1-7, 2025. MTMT

          c28     Gyula Meste, Janos Santa, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-

                     7, DOI: 10.13140/RG.2.2.24380.76169, 2025. MTMT

          c29     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025. MTMT

          c30     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.4

                     0648, 2025. MTMT

          c31     Gyula Mester, A Zágrábi Egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/

                     RG.2.2.24460.99200, 2025. MTMT

          c32     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI:

                     10.13140/RG.2.2.21446.59203, 2025. MTMT

          c33     Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, 2025. MTMT

          c34     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-4, DOI: 10.13140/RG.2.2.12876.22404, 2024. MTMT

          c35     Mester Gyula, Matlab programcsomag alkalmazása önvezetőautók irányítására, Vajdasági Magyar

                     Tudóstalálkozó 2013, pp. 1-7, Újvidék, Szerbia, 2013.

 

C9. Gyula Mester, The Latest Ranking List of Researchers at the University of Novi Sad in 2023, Review of the National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN: 1820-0109, Issue: 42, 2023.

MTMT, Google Scholar: 8604703250467514205

C10. César Bautista, Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8, ISSN 1334-4684, Croatian Interdisciplinary Society, 2023.

Impact Factor: 0.5, Web of Science, MTMT, ODT

          c1       Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023. MTMT

          c2       Chunyu Liu, Weilie Chen, Intelligent Transportation System Based on IoT Technology and Big Data

                     Distributed Storage Algorithm, 2023 International Conference on Data Science and Network Security

                     (ICDSNS), pp. 1-4, Tiptur, India, DOI: 10.1109/ICDSNS58469.2023.10244851, 2023. MTMT

                     „The growth and enhancement of IOT promotes the evolution of traffic information, expanded the

                     service scope of transportation big data, and provided precise and reliable data support for economic

                     development and urbanization construction [6]-[7][8].”

          c3       Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4,

                     2023. MTMT, Web of Science

          c4       Rupsa Sen, Jyotirmoy Saha, Kaveri Banerjee, Clarity of Knowledge Gap Between IoT and AoT, Interna-  

                     tional Journal for Multidisciplinary Research, (IJFMR), Vol. 5, Issue 4, pp. 1-11, ISSN: 2582-2160,

                     Corpus ID: 261451421, DOI: 10.36948/ijfmr.2023.v05i04.5726, July-August 2023. MTMT

                     „One of the most prominent applications of IoT is self-driving cars, which have garnered the attention of

                     major tech companies like Google, Apple, Tesla, and Uber [18].”

          c5       Aized Amin Soofi, Haseeb Ahmad, Deep Learning for IoT Security: Applications and Challenges, in:

                     Emerging Technologies for Securing the Cloud and IoT, IGI Global, pp. 69-99, DOI: 10.4018/979-8-3693-

                     0766-3.ch003, 2024. MTMT

          c6       Zhang, Y., Tang, Q., Accelerating Autonomy: an Integrated Perception Digital Platform for Next Genera-

                     tion Self-Driving Cars Using Faster R-CNN and DeepLabV3, Soft Computing, Vol. 28, pp. 1633–1652,  

                     DOI: 10.1007/s00500-023-09510-0, 2024. MTMT

          c7       Mphale, O., Gorejena, K., and Nojila, O., The Future of Things: A Comprehensive Overview of Internet of

                     Things History, Definitions, Technologies, Architectures, Communication and beyond. Journal of Informa-

                     tion Systems and Informatics, Vol. 6, No. 2, pp. 1263-1286, DOI: 10.51519/journalisi.v6i2.738, 2024.

                     MTMT

          c8       Tulev, U., Shevtshenko, E., Ermus, I., Evaluating Postal Systems’ Current State, Roadmap to Automation.

                     In: Camarinha-Matos, L.M., Ferrada, F. (eds) Technological Innovation for Human-Centric Systems. DoC-   

                     EIS, 2024. IFIP Advances in Information and Communication Technology, Springer, Cham, Vol. 716, pp.

                     280–294, Print ISBN: 978-3-031-63850-3, DOI: 10.1007/978-3-031-63851-0_20, 2024. MTMT

          c9       Paweł Kuraś, Patryk Organiściak, Bartosz Kowal, Veronika Vanivska, Krzysztof Smalara, Krzysztof De-

                     midowski, Piotr Krawiec, IOT Communication Security: Challenges and Solutions, Scientific Reports of

                     Fire University, Vol. 2, No. 89, pp. 69-90, 2024. MTMT

          c10     Uku Tulev, Eduard Shevtshenko and Ilmar Ermus, Check for updates Evaluating Postal Systems' Current

                     State, Roadmap to Automation, Technological Innovation for Human Centric Systems, Technological In-

                     novation for Human-Centric Systems: 15^th IFIP WG 5.5/SOCOLNET, edited by Luis M. Camarinha-Ma-

                     tos, Filipa Ferrada Springer, pp. 280-294, ISSN 1868-4238, DOI: 10.1007/978-3-031-63851-0, 2024.

                     MTMT

          c11     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azo-

                     nosítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. 278-283 MTMT

          c12     Jelena Pisarov, Ranking of Safety Systems Scientist, pp. 1-6, Research Gate, 2023. MTMT

          c13     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023, pp.  

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c14     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, pp. 1-6, Research

                     Gate, 2023. MTMT

          c15     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c16     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c17     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

C11. Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy Balance of Systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 168-173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. Impact Factor: 0.5,

Web of Science, MTMT, Google Scholar: 3672950429691133912, ODT

         c1      Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azo-

                     nosítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. MTMT

          c2       Jelena Pisarov, Ranking of Safety Systems Scientist, pp. 1-6, Research Gate, 2023. MTMT

          c3       Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023, pp.  

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c4       Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023. MTMT

          c5       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c6       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

           c7     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

C12. Gyula Mester, Shanghai World Rank List of the Region in 2023, Review of the National Center for Digitization, pp. 92-97, Faculty of Mathematics, University of Belgrade, ISSN: 1820-0109, Issue: 43, 2023. MTMT: 35624260 

C13. Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary Description of Complex Systems, Indecs, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.7906/indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

Impact Factor: 0.5

Web of Science, MTMT, Google Scholar: 11121190064627276952

          c1       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c2       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c3       László Berek, Researcher’s Choice or Just a Necessity? The Consequences of Publishing in a Predatory

                     Journal, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 324-332,

                     DOI: 10.7906/indecs.21.4.1, 2023. MTMT, Web of Science

          c4       Gyula Mester, Ranking of Hungarian scientists using h-index, Interdisciplinary Description of Complex

                     Systems, INDECS, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023. MTMT, Web of

                     Science

 

C14. Gyula Mester, 2022 Ranking of Researchers at the University of Belgrade, Review of the National Center for Digitization, Issue 41, pp. 74-80, ISSN: 1820-0109, Publisher: Faculty of Mathematics, University of Belgrade, Serbia, 2022. MTMT

          c1       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c2       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

C15. Gyula Mester, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex Systems: Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs. 20.1.5, Croatian Interdisciplinary Society, 2022. Impact Factor: 0.5

Web of Science: 000759456600005, Google Scholar: 17302326536999457761, MTMT, ODT

          c1       Sebastian Kussl, Andreas Wald, Smart Mobility and its Implications for Road Infrastructure Provision:

                     A Systematic Literature Review, Vol. 15, Issue 1, 210, DOI: 10.3390/su15010210, 2023. MTMT

                     „As one article explores this topic related to possible door-to-door transportation by autonomous flying

                     cars [79], the majority of this literature treats digital infrastructure that allows vehicle-to-vehicle (V2V)

                     or vehicle-to-infrastructure (V2I) communication and systems that can process this data and information

                     [6,61,80].”

          c2       Edward Ositadinma Ofoegbu, Autonomous vehicles: Theoretical and Practical Challenges for Efficient

                     and Inclusive Transport in Africa, Interdisciplinary Description of Complex Systems, Vol. 21, Issue 1,

                     pp. 41- 51, ISSN 1334-4684, DOI: 10.7906/indecs.21.1.4, 2023. MTMT

          c3       Alam, T., Gupta, R., Nasurudeen Ahamed, N. et al. Smart Mobility Adoption in Sustainable Smart Cities to

                     Establish a Growing Ecosystem: Challenges and Opportunities. MRS Energy & Sustainability, 2024.

                     DOI: 10.1557/s43581-024-00092-4. MTMT

          c4       B. Klopp and S. Szénási, "Simulation of Fluvial Erosion," 2023 IEEE 23^rd International Symposium on

                     Computational Intelligence and Informatics (CINTI), pp. 000281-000284, DOI: 10.1109/CINTI59972.

                     2023.10381916. MTMT

          c5       Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023. MTMT

          c6       Anteneh Dagnachew Sewenet and Paola Pisano, Assess the Role of Green Information Systems (Green IS)

                     for Smart Mobility in Smart Cities: a Case Study Approach, EasyChair Preprint, № 11052, October 9,

                     2023. MTMT

                     „For example, optimizing real-time monitoring and traffic management can improve public transportation

                     services and provide guidance to commuters and drivers [32].”

          c7       Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azo-

                     nosítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. MTMT

          c8       Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023, pp.  

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c9       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c10     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

                     MTMT

          c11     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

C16. L. Cveticanin, M. Zukovic, I. Ninkov, Gy. Mester, Nonlinear Lightweight Metastructure with Effective Negative Stiffness, Acta Mechanica, DOI: 10.1007/s00707-022-03322-3, Vol. 233, pp. 4311–4325, 2022.

Web of Science: 000852271600001, Scopus: 85137550969,

Google Scholar: 14050659217042732996, MTMT

          c1       Ivona Ninkov, Self-Driving Car as a Legally Recognized Cyber-Physical System on Public Roads:

                     Safety and Security Aspects, Doctoral (PhD) Thesis Booklet, Óbuda University, Doctoral School on

                     Safety and Security Sciences, p. 30, Budapest, Hungary, 2023. MTMT

C17. Jelena Pisarov, Gyula Mester, Implementing New Mobility Concepts with Autonomous Self-Driving Robotic Cars, IPSI Transactions on Advanced Research, TAR, Vol. 17, Issue 2, pp. 41-49, ISSN 1820-4511, Belgrade, Serbia, July 2021. 77 GS

Google Scholar: 9844464519801701168, MTMT, ODT

          c1       Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia,

      14-17.02.2022. MTMT

          c2       Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

       the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

       Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c3       Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

       vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

       Srbija, 14-17. 02. 2022. MTMT

          c4       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17.02.2022. MTMT

          c5       Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c6       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c7       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

       “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

       554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c8       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred

                     novim izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4,

                     Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c9       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c10     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars environment, Interdisciplinary

                     Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023.

                     Web of Science, MTMT

          c11     Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp.

                     168-173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, ISSN 1334-4684, Croatian Interdisciplinary

                     Society, 2023.

                     Web of Science, MTMT

          c12     Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descripti-

                     on of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 199-205, DOI: 10.7906/indecs.21.2.9, ISSN 1334-

                     4684, 2023.

                     Web of Science, MTMT

          c13     László Berek, Autonomous Vehicles from Another Perspective - a Literature Analysis, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 180-187, DOI: 10.7906/indecs.21.2.7,

                     ISSN 1334-4684, 2023.

                     Web of Science, MTMT

          c14     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c15     Naveen D. Chandavarkar, Nethravathi P. S., SWOT Analysis on AI-based Self-Driving Car Companies,

                     International Journal of Management, Technology, and Social Sciences, DOI:10.47992/IJMTS.2581.6012.

                     0291, ISSN 2581-6012, 2023. MTMT

          c16     Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4, 2023.

                     Web of Science, MTMT

          c17     Bengt Escher, Carina Manger, Makram Daou, Theresa Dünninger and Andreas Riener, A Comparative

                     Analysis of Preferred Communication Options of Passengers in Networked Shared Automated Vehicles,

                     Proceedings of the 22^nd International Conference on Mobile and Ubiquitous Multimedia, MUM '23, pp.

                     541-543, DOI: 10.1145/3626705.3631801, Published: 03 December 2023. MTMT

          c18     Tang Wenke, Cao Bingxin and Zhou Weiping, Intelligent Concrete Mix Anti-theft System Based Intelligent

                     Autonomous Robotic Monitoring System, International Journal of Heavy Vehicle Systems, Vol. 31, Issue 5,

                     pp 687-708, DOI: 10.1504/IJHVS.2024.141416, 2024. MTMT

          c19     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c20     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia 2023, pp. 105-115, ISSN 978-963-449-

                      357-0, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, 2023. november 9-10. MTMT

          c21     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia kiad-

                     vány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

             c22     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c23     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c24     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c25     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c26     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c27     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c28     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c29     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c30     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c31     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c32     Song Bai, Factors Affecting the Attitude Towards AI Learning: Moderating Role of Information Manage-

                     ment, Profesional de la información, Vol. 33, No. 5, pp. 1-13, DOI: 10.3145/epi.2024.ene.0518, e-ISSN:

                     1699-2407, 2024. MTMT

          c33     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c34     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c35     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c36     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c37     Jelena Pisarov, A személy– és teherforgalom digitalizálása, Research Gate, pp. 278-285, 2021. MTMT

          c38     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c39     Marvin Greifenstein, Sina Nordhoff, Xinyi Wang, Bhuvan Atluri, Riding Into the Future: What Drives the

                     Use of Robotaxis in San Francisco? Research Gate, pp. 1-28, DOI: 10.13140/RG.2.2.10245.46563, 2025.

                     MTMT

          c40     Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, XXX Skup Trendovi

                     Razvoja, Nastavnici i Saradnici kao Centar Promena u Visokom Obrazovanju, pp. 309-312, ISBN 978-86-

                     6022-635-0, Vrnjacka Banja, Srbija, 7-10.2.2024.

          c41     Soodeh Hosseini, Hossein Seilani, The role of agentic AI in shaping a smart future: A systematic review,

                     Array, Volume 26, pp. 1-15, 100399, ISSN 2590-0056, https://doi.10.1016/j.array.2025.100399, 2025.

                     MTMT

          c42     Dalma Zilahy, Gyula Mester, Factors Affecting the Adoption of Self-Driving Cars, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 22 No. 6, pp. 732-737, DOI: 10.7906/indecs.22.6.7, 2024.

                     MTMT

          c43     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azono-

                     sítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adat-

                     bázisokban, pp. 259-264, XL. Kandó Konferencia, Óbudai Egyetem, Budapest, 2024 november 7-8.

                    MTMT

          c44     Dragan Z. Šaletić, Gyula Mester, On a Cluster Oriented Fuzzy Modelling, Research Gate, pp. 1-9, 2023.

                     MTMT

          c45     Gyula Mester, A régió egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-6,

                     2025. MTMT

          c46     Gyula Mester, Jelena Pisarov, Hydrogen Fuel Cell Vehicles, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 23 No. 2, pp. 105-109, DOI: 10.7906/indecs.23.2.3, 2025. MTMT

          c47     Janos Santa, Magyarország egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-

                     5, 2025. MTMT

          c48     Weiya Li, Xiangzeng Kong, Enhancing Obstacle Detection and Control in Autonomous Robotic Vehicles

                    Through Edge Computing Integration, 2025 6^th International Conference on Computer Engineering and

                    Application (ICCEA), Hangzhou, China, pp. 1863-1866, DOI: 10.1109/ICCEA65460.2025.11102171,

                    2025. MTMT

          c49     Gyula Mester, Autonomous Robotic Self-Driving Cars 2021, YuInfo Conference, pp. 1-69, DOI: 10.13140/

                     RG.2.2.26605.26081, Kopaonik, Serbia, 2022. MTMT

          c50     Gyula Mester, Rang lista istraživača u Srbiji 2022, Research Gate, pp. 1-9, 2022. MTMT

          c51     Janos Santa, 2025 World Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp. 1-

                     5, 2025. MTMT

          c52     Gyula Mester, Universities in the South Slavic Countries in Shanghai World University Ranking, Research

                     Gate, pp. 1-5, 2025. MTMT

          c53     Wang, Zhenyu, Haolong Hu, Weiyin Xie, Xiang Chang, Peixuan Xiong, and Dengbo He, Exploring User

                     Needs in Fully Driverless Robotaxis: A Think-Aloud Study of First-Time On-Road Rides. In Adjunct Proc-

                     eedings of the 17^th International Conference on Automotive User Interfaces and Interactive Vehicular

                     Applications, pp. 209-213. 2025.

          c54    Mester Gyula, The Application of Artificial Intelligence and the Matlab Software Package to Control of

                    Self-Driving Cars, Research Gate, pp. 1-5, 2024. MTMT

          c55     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, XXX Nastav-

                     nici i saradnici kao centar promena u visokom obrazovanju, Trend 2024, Zbornik radova, pp. 260-265,

                     Vrnjacka Banja, Serbia, 7-10.2.2024. MTMT

          c56     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX Kandó Konferencia, KSC2023, pp.

                     278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c57     Gyula Mester, Autonomni samovozeći robot automobili 2022, Research Gate, pp. 1-4, 2022. MTMT

          c58     Gyula Mester, Academic Ranking of World Universities 1999, Research Gate, pp. 1-11, 2021. MTMT

          c59     Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     XXVIII  Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, Trend, zbornik radova, pp.

                     438-441, Kopaonik, Serbia, 14 - 17.02.2022. MTMT

          c60     Gyula Mester, Janos Santa, Svetska rang lista istraživača veštačke inteligencije, Research Gate, pp. 1-7,

                     DOI: 10.13140/RG.2.2.24380.76169, 2025. MTMT

          c61     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025. MTMT

          c62     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, 2025. MTMT

          c63     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, 2025.

                     MTMT

          c64     Gyula Mester, Rang Lista Istraživača Srbije, Research Gate, pp. 1-5, 2025. MTMT

          c65     Gyula Mester, Jelena Pisarov, Igor Pisarov, Rang Lista Fizičara Srbije u 2024 god., Research Gate, pp. 1-

                     4, 2024. MTMT

          c66     Mester Gyula, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-5,

                     2025. MTMT

          c67     Mester Gyula, A mesterséges intelligencia és a Matlab programcsomag alkalmazása önvezető autók

                     irányítására, Research Gate, pp. 1-5, 2025.

          c68     Mester Gyula, Önvezető autók 2023, Research Gate, pp. 1-5, 2023. MTMT

          c69     Mester Gyula, Önvezető autók 2022, Vajdasági Magyar Tudományos Társasság, konferencia kiad-

                     vány, Újvidék, Szerbia, pp. 321-331, 2022. MTMT

          c70     Gyula Mester, Rang lista istraživača naučnometrije, Research Gate, pp. 1-8, 2022. MTMT

          c71     Mester Gyula, Autonóm repülő autók, Research Gate, pp. 1-9, 2022. MTMT

          c72     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2022, Research Gate, pp. 1-9, 2022.

                     MTMT

          c73     Gyula Mester, Rang lista istraživača Univerziteta u Zagrebu, Research Gate, pp. 1-6, 2022. MTMT

          c74     Gyula Mester, Rang lista istraživača iz Beograda, Research Gate, pp. 1-6, 2023. MTMT

          c75     Mester Gyula, Césár Bautista, A tárgyak internete IOT az önvezető autókban, Research Gate, pp.1-6, 2022.

                     MTMT

          c76     Gyula Mester, Tudománymetria tudományterületi magyar kutatók 2021-es ranglistája, Research Gate, pp.

                     139-145, 2022. MTMT

          c77     Gyula Mester, Újvidéki Egyetem kutatóinak 2021-es ranglistája, Proceedings of the XXXVII Kandó Con-

                     ference, pp. 146-152, Óbudai Egyetem, Budapest, Hungary, 2021. MTMT

 

C18. Albini, Attila, Albininé Budavári Edina and Mester Gyula, Adaptation of Bittorrent Technology for Routing Autonomous Vehicles, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 28-31, ISSN 1820 – 4511, Belgrade, July 2021. MTMT

          c1       Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp.  

                     168-173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

                     Web of Science

          c2       César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c3       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c4       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c5       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

C19. Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89, Issue: 39, ISSN: 1820-0109, 2021. MTMT cit. 66

          c1       Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT 

          c2       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c3       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

       “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

       554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c4       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c5       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c6       César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c7       Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Tren-

                     dovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopao-

                     nik, Srbija, 14-17. 02. 2022. MTMT

          c8       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17.02.2022. MTMT

          c9       Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4, 2023.

                      Web of Science MTMT

          c10     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c11     Jagienka Rze´sny-Cieplinska, Overview of the Practices in the Integration of Passenger Mobility and

                     Freight Deliveries in Urban Areas, Case Studies on Transport Policy,Vol. 14, pp. 1-14, 101106, ISSN

                     2213-624X, DOI: 10.1016/j.cstp.2023.101106, 2023. MTMT

                     https://www.sciencedirect.com/science/article/pii/S2213624X23001608

          c12     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, konferenciaközlemény, pp. 105-115, ISBN: 978-963-449-357-0,

                      XXXIX. Kandó Konferencia 2023, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, 2023

                      november 9-10. http://hdl.handle.net/20.500.14044/25769, 2024. MTMT

          c13     Zilahy Dalma, Az önvezető autók elfogadása, A Magyar Tudomány napja a Délvidéken, pp. 272-277,

                     ISBN 978-8688077-13-2, Újvidék, Szerbia, 2021.11.13. MTMT

             c14     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c15     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c16     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c17     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT  

          c18     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c19     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c20     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c21     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c22     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c23     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c24     Jelena Pisarov, A személy - és teherforgalom digitalizálása, A Magyar Tudomány napja a Délvidéken, pp.

                     278-287, ISBN 978-8688077-13-2, Újvidék, Szerbia, 2021.11.13. MTMT

          c25     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c26     Jagienka Rześny Cieplińska, Overview of the Practices in the Integration of Passenger Mobility and

                     Freight Deliveries in Urban Areas, Case Studies on Transport Policy, Vol. 14, Issue 4, pp. 1-14, 101106,

                     DOI: 10.1016/j.cstp.2023.101106, 2023. MTMT

          c27     Gyula Mester, Jelena Pisarov, Dalma Zilahy, Césár Bautista, Tibor Mester, Tudományos közlemény azono-

                     sítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adatbá-

                     zisokban, XXXIX. Kandó Konferencia, pp. 259-264, ISBN:978-963-449-357-0, Budapest, Hungary, 2024.

                     MTMT

          c28     Berek, László, Zoltán Som, Gerda Bak, Péter Ujhegyi, József Répás and Richárd Pető, Az egyén informáci-

                     óbiztonsági tudatossági szintjének megállapítására elterjedt mérési módszerek összefoglaló elemzése nem-

                     zetközi kutatások alapján, XXXIX. Kandó Konferencia, pp. 265-277, ISBN: 978-963-449-357-0,

                     Budapest, Hungary, 2024.

          c29     Kún Gergely, Wührl Tibor, Magas rendelkezésre állású kommunikációs hálózatok megvalósítása vasúti

                     környezetben, XXXIX. Kandó Konferencia, pp. 122-136, ISBN: 978-963-449-357-0, Budapest,

                     Hungary, 2024.

          c30     Papp József, Nagymegbízhatóságú Bioszféra védelmi rendszer kialakítása, XXXIX. Kandó Konferencia,

                     pp. 238-247, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c31     Répás József, Modern közúti közlekedési járművek szakértői vizsgálatához szükséges tudáselemek meg-

                     határozása, XXXIX. Kandó Konferencia, pp. 213-224, ISBN: 978-963-449-357-0, Budapest, Hungary,

                     2024.

          c32     Attila Fodor, Döniz Borsos and Tamás Sándor, Fuzzy-based Gear Shifting Algorithm for Twin-drive in

                     MATLAB Simulink Model, 2024 IEEE 22^nd World Symposium on Applied Machine Intelligence and

                     Informatics (SAMI), Stará Lesná, Slovakia, pp. 000315-000320, DOI: 10.1109/SAMI60510.2024.

                    10432838, 2024.

          c33     Antal Dr. Bódi, Paradigmaváltás előtt áll a közlekedés – A zöldhidrogén felhasználása a közlekedésben,

                     Közlekedéstudományi Szemle, 74(4), pp. 52-61, DOI: 10.24228/KTSZ.2024.4.5, 2024.

          c34     Szén István, Hidrogénbiztonság: Balesetek kvantitatív elemzése és biztonságközpontú, új tervezési mód-

                     szerek fejlesztése, XXXIX. Kandó Konferencia, pp. 44-49, ISBN: 978-963-449-357-0, Budapest, Hungary,

                     2024.

          c35     Dr. Takács Anna Mária, Nemes Teréz, Dr. Szobonya Réka, Egyetemi hálózat biztonságának javítása

                     könnyen használható kétfaktoros azonosítás használatával, XXXIX. Kandó Konferencia, pp. 91-104,

                     ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c36     Juhász Gergő, Dr. Tóth Zoltán Géza, Analóg vagy digitális mérés? – a Villamosságtan labor átalakítása,  

                     XXXIX. Kandó Konferencia, pp. 225-237, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c37     Somogyiné Molnár Judit, Kovács Attila, Hálózatra visszatápláló HMKE által termelt és a háztartás által

                     fogyasztott villamos energia adatok elemzése, XXXIX. Kandó Konferencia, pp. 6-17, ISBN: 978-963-449-

                     357-0, Budapest, Hungary, 2024.

          c38     Bendiák István, Aszinkron motorok mechanikai eredetű hibáinak vizsgálata tranziens üzemállapotban,

                     XXXIX. Kandó Konferencia, pp. 174-195, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c39     Boros Rafael Ruben, Bodnár István, pp. 31-43, Intelligens szabályozó beágyazása kombinált napelemes

                     szünetmentes rendszerbe, XXXIX. Kandó Konferencia, pp. 31-43, ISBN: 978-963-449-357-0, Budapest,

                     Hungary, 2024.

          c40     Bendiák István, Aszinkron motorok mechanikai eredetű hibáinak vizsgálata állandósult üzemállapotban,  

                     XXXIX. Kandó Konferencia, pp. 153-173, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c41     Dr.habil Wührl Tibor, DSP alapú csatornakiegyenlítők, XXXIX. Kandó Konferencia, pp. 116-121, ISBN:

                     978-963-449-357-0, Budapest, Hungary, 2024.

          c42     Dobány Imre, Dr. Kopják József, Golyó a keréken demonstrációs eszköz, XXXIX. Kandó Konferencia, pp.

                     292-311, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c43     Kovari Attila, Industry 5.0: Generalized Definition Key Applications Opportunities and Threats, Acta

                     Polytechnica Hungarica, Vol. 21, No. 3, pp. 267-284, 2024.

          c44     Matusz-Kalász Dávid, Bodnár István, Jenyó Tamás, Lítium-ion akkumulátor cellák stressztesztelése magas

                     töltőárammal, XXXIX. Kandó Konferencia, pp. 51-61, ISBN: 978-963-449-357-0, Budapest, Hungary,

                     2024.

          c45     Kovács Attila, Somogyiné Molnár Judit, Hálózatra visszatápláló háztartási méretű kiserőmű villamos jela-

                     lak formáló hatásának vizsgálata a lakossági villamos hálózaton, XXXIX. Kandó Konferencia, pp. 18-30,

                     ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c46     Bodnár István, Napelemek állapotfelmérése és károsodásvizsgálata, XXXIX. Kandó Konferencia, pp. 62-

                     73, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c47     Istók Róbert, Mistakes During Partial Discharge Measurements of High Voltage Capacitors, XXXIX.

                     Kandó Konferencia, pp. 355-361, ISBN: 978-963-449-357-0, Budapest, Hungary, 2024.

          c48     Farkas, B., Antal, Ü., Bencze, A. I., & Nemcsics, Á., Using Technical Indicators in Swing and Position

                     Trading of Financial Instruments, Kandó Konferencia, pp. 407-420, ISBN: 978-963-449-357-0, Budapest,

                     Hungary, 2024.

          c49     Karl Éva, Enikő Nagy and György Molnár, Designing Assessment Processes using the Student Involve-

                     ment Method by WTCAi System. In 2024 IEEE 22^nd World Symposium on Applied Machine Intelligence

                     and Informatics (SAMI), pp. 000237-000242. IEEE, 2024.

          c50     Róbert Lipták, István Bodnár, Analysis of Photovoltaic Systems from Energy Supply Security, Technolo-

                     gical and Economic Aspects, Kandó Konferencia, pp. 335-354, ISBN: 978-963-449-357-0, Budapest,

                     Hungary, 2024.

          c51     Katona Ferenc, Munkavállalókkal való elégedettség vizsgálata KKV vezetők körében, TIG Konferencia

                     Kiadvány, pp. 69-81, 2024.

          c52     Mester Gyula, The 2024 Ranking List of Hungarian Scientists in the Field of Scientometrics, Analecta

                     Technica Szegedinensia, Vol. 19, No. 1, pp. 66-70, DOI: 10.14232/analecta.2025.1.66-70, ISSN 2064-

                     7964, 2025. MTMT

          c53     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, Kandó Konferencia, pp. 278-283, ISBN:

                     978-963-449-357-0, Budapest, Hungary, 2024. MTMT

          c54     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c55     Gyula Mester1, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, XXX Skup

                     Trendovi Razoja, Nastavnici i saradnici kao centar promena u visokom obrazovanju, TREND, Zbornik

                     radova pp. 260-265, Vrnjacka Banja, Serbia, 7-10.2.2024. MTMT

          c56     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c57     Gyula Mester, Autonomni samovozeći robot automobili 2022, Konferencija YuInfo 2022, Zbornik radova,        

                     pp. 220-223, ISBN 978-86-85525-27-8, Kopaonik, Serbia, 2022. MTMT

          c58     Césár Bautista, Scenariji Simulacije u Samovožećim Automobilama, Konferencija YuInfo 2022, Zbornik

                     radova pp. 224-228, ISBN 978-86-85525-27-8, Kopaonik, Serbia, 2022. MTMT

          c59     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025. MTMT

          c60     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.

                     40648, 2025. MTMT

          c61     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI: 10.

                     13140/RG.2.2.21446.59203, 2025. MTMT

          c62     Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.24673.01120,

                     2025. MTMT

          c63     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c64     Gyula Mester, Jelena Pisarov, Igor Pisarov, Rang Lista Fizičara Srbije u 2024 god., Research Gate, pp. 1-

                     4, 2024. MTMT

          c65     Gyula Mester, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-4,

                     2024. MTMT

          c66     Gyula Mester, Az Óbudai Egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-4, 2025. MTMT

          c67     Gyula Mester, A Mesterséges Intelligencia és a Matlab programcsomag alkalmazása önvezető autók

                     irányítására, Research Gate, pp. 1-7, 2024. MTMT

          c68     Gyula Mester, Önvezető autók 2023, pp. 1-7, Research Gate, 2023. MTMT

          c69     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Conference Univerzitet u Beogradu, pp. 1-8,

                     Beograd, Szerbia, 2023. MTMT

          c70     Mester Gyula, Önvezető autók 2022, Vajdasági Magyar Tudományos Társasság, pp. 321-331, Újvidék,

                     Szerbia, ISBN 978-8688077-13-2, 2022. MTMT

          c71     Gyula Mester, Rang lista istraživača naučnometrije, Research Gate, pp. 1-8, 2022. MTMT

          c72     Mester Gyula, Autonóm repülő autók, VMAT Konferencia, pp. 1-9, Szabadka, Szerbia, 2022. MTMT

          c73     Gyula Mester, Rang lista istraživača Univerziteta u Zagrebu, Research Gate, pp. 1-6, 2022. MTMT

          c74     Gyula Mester, Rang lista istraživača iz Beograda, Research Gate, pp. 1-6, 2023. MTMT

          c75     Mester Gyula, Césár Bautista, A tárgyak internete IOT az önvezető autókban, Vajdasági Magyar Tudomá-

                     nyos Társasság, pp. 1-6, Újvidék, Szerbia, 2021. MTMT

          c76     Gyula Mester, Tudománymetria tudományterületi magyar kutatók 2021-es ranglistája, Research Gate, pp.

                     139-145, ISBN 978-8688077-13-2, 2022. MTMT

          c77     Gyula Mester, Újvidéki Egyetem kutatóinak 2021-es ranglistája, Vajdasági Magyar Tudományos Társas-

                     ság, pp. 146-152, ISBN 978-8688077-13-2, 2021. MTMT

          c78     Gyula Mester, Prikaz pograma Matlab & Simulink verzija R2022a, XXVIII Skup trendovi razvoja: „Uni-    

                     verzitetsko obrazovanje za privredu”, Trend, Zbornik radova, pp. 324-327, Kopaonik, Serbia, 14-17.02.

                     2022. MTMT

          c79     Mester Gyula, Tudománymetria tudományterületi magyar kutatók 2022-es ranglistája, Vajdasági Magyar

                     Mérnőkök és Műszakiak Egyesülete, Szabadka, Szerbia, Research Gate, pp. 1-10, 2022. MTMT

 

C20. Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitization, Issue: 39, pp. 90-95, ISSN: 1820-0109, Faculty of Mathematics, University of Belgrade, Serbia, 2021. MTMT

          c1       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

       “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

       554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c2       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c3       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c4       César Bautista, Simulation Scenarios in Self-Driving Cars, Proceedings YUINFO 2022, Kopaonik, Serbia,

                     13-16.03.2022. MTMT

          c5       Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4, 2023.

                     MTMT, Web of Science

          c6       César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

             c7       Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c8       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c9       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c10     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c11     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c12     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c13     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c14     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c15     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c16     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c17     Gyula Mester, Jelena Pisarov, Dalma Zilahy, Césár Bautista, Tibor Mester, Tudományos közlemény azono-

                     sítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adatbá-

                     zisokban, XXXIX. Kandó Konferencia, pp. 259-264, ISBN:978-963-449-357-0, Budapest, Hungary, 2024.

                     MTMT

          c18     Gyula Mester, Application of the Matlab Software Package to Simulation Control of Self-Driving Cars,

                     Conference University of Szeged, Research Gate, Research Gate, pp. 1-7, DOI: 10.13140/RG.2.2.27480.

                     20481, december, 2024. MTMT         

          c19     Gyula Mester, A régió egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-6,

                     2025. MTMT  

          c20     Gyula Mester, Önvezető autók kutatóinak világranglistája 2025, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.25393.49768, 2025. MTMT  

          c21     Gyula Mester, Jelena Pisarov, Hydrogen Fuel Cell Vehicles, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 23, Issue 2, pp. 105-109, DOI: 10.7906/indecs.23.2.3, 2025. MTMT

          c22     Janos Santa, Magyarország egyetemei a 2025-ös Shanghai egyetemi világranglistán, Research Gate, pp. 1-

                     5, DOI: 10.13140/RG.2.2.24582.64320, 2025. MTMT

          c23     Dalma Zilahy, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, pp. 272-277,

                     ISBN 978-8688077-13-2, Újvidék, Szerbia, 2021. MTMT

          c24     Gyula Mester, Autonomous Robotic Self-Driving Cars 2021, Proceeding of the Conference YuInfo 2022,

                     pp. 1-6, Kopaonik, Serbia, 2022. MTMT

          c25     Gyula Mester, Rang lista istraživača u Srbiji 2022, Research Gate, pp. 1-9, 2022. MTMT

          c26     Janos Santa, 2025 World Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp. 1-

                     5, 2025. MTMT

          c27     Gyula Mester, Hungarian Universities in Times Higher Education World University Rankings 2026, Rese-

                     arch Gate, pp. 1-7, 2025. MTMT

          c28     Gyula Mester, Universities in the South Slavic Countries in Shanghai World University Ranking, Research

                     Gate, pp. 1-5, 2025. MTMT

          c29     Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, Zbornik radova

                     XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                     pp. 309-312, Paper No. T 5.47, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih

                     Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

          c30     Gyula Mester, The Application of Artificial Intelligence and the Matlab Software Package to Control of

                     Self-Driving Cars, Research Gate, pp. 1-7, 2024. MTMT

          c31     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c32     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, Zbornik radova

                     XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                     pp. 261-265, Paper No. T 5.37, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih

                     Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja, Serbia, 7-10.02.2024. MTMT

          c33     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, Kandó Konferencia, pp. 278-283, ISBN:

                     978-963-449-357-0, Budapest, Hungary, 2024. MTMT

          c34     Césár Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi razvoja: 

                     “Univerzitet pred novim izazovima”, Zbornik radova, Paper No. T4.3-1, pp. 89-92, ISBN 978-86-6022-

                     635-0, Vrnjačka Banja, Serbia, 8-11.02.2023. MTMT 

          c35     Gyula Mester, Autonomni samovozeći robot automobili 2022, Konferencija YuInfo 2022, Zbornik radova,        

                     pp. 220-223, ISBN 978-86-85525-27-8, Kopaonik, Serbia, 2022. MTMT

          c36     Janos Santa, Magyarországi Egyetemek a Times Higher Education Egyetemi Világranglistán, Research

                     Gate, pp.1-6, 2025. MTMT

          c37     Gyula Mester, Janos Santa, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp.

                     1-7, DOI: 10.13140/RG.2.2.24380.76169, 2025. MTMT

          c38     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025. MTMT

          c39     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.

                     40648, 2025. MTMT

          c40     Gyula Mester, A Zágrábi egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/

                     RG.2.2.24460.99200, 2025. MTMT

          c41     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI: 10.

                     13140/RG.2.2.21446.59203, 2025. MTMT

          c42     Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.24673.01120,

                     2025. MTMT

          c43     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c44     Mester Gyula, A mesterséges intelligencia és a Matlab programcsomag alkalmazása önvezető autók irá-

                     nyítására, Research Gate, pp. 1-7, 2024. MTMT

          c45     Mester Gyula, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-7,

                     2024. MTMT

          c46     Mester Gyula, Önvezető autók 2023, Research Gate, pp. 1-7, 2023. MTMT

          c47     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c48     Mester Gyula, Önvezető autók 2022, Vajdasági Magyar Tudományos Társasság, pp. 321-331, Újvidék,

                     Szerbia, ISBN 978-8688077-13-2, 2022. MTMT

          c49     Gyula Mester, Rang lista istraživača naučnometrije, Research Gate, pp. 1-8, 2022. MTMT

          c50     Gyula Mester, Autonóm repülő autók, Research Gate, pp. 1-9, 2022. MTMT

          c51     Gyula Mester, Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Tren-

                     dovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 369-372, Paper No. T5.1-1, ISBN

                     978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c52     Gyula Mester, Rang lista istraživača Univerziteta u Zagrebu, Research Gate, pp. 1-6, 2022. MTMT

          c53     Gyula Mester, Rang lista istraživača iz Beograda, Research Gate, pp. 1-6, 2023. MTMT

          c54     Mester Gyula, Césár Bautista, A tárgyak internete IOT az önvezető autókban, Vajdasági Magyar Tudomá-

                     nyos Társasság, pp. 265-271, Újvidék, Szerbia, ISBN 978-8688077-13-2, 2022. MTMT

          c55     Gyula Mester, Tudománymetria tudományterületi magyar kutatók 2021-es ranglistája, Research Gate, pp.

                     139-145, ISBN 978-8688077-13-2, 2022. MTMT

          c56     Mester Gyula, Tudománymetria tudományterületi magyar kutatók 2022-es ranglistája, Vajdasági Magyar

                     Mérnökök és Műszakiak Egyesülete, Szabadka, Szerbia, Research Gate, pp. 1-10, 2022. MTMT

          c57     Gyula Mester, Újvidéki Egyetem kutatóinak 2021-es ranglistája, Vajdasági Magyar Tudományos Társas-

                     ság, pp. 146-152, ISBN 978-8688077-13-2, 2021. MTMT

 

C21. Gyula Mester, Jelena Pisarov, Academic Ranking of World Universities 2021, Review of the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, Serbia, pp. 96-101, Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c1       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c2       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

       554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c3       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c4       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c5       César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c6       César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c7       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

C22. Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika –Kvalitet IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/ tehnika2105690D, ISSN 0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

C23. Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1, pp. 115-120, DOI: 10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

C24. László, Ady, Luca F. Hudasi and Gyula, Mester, Self-Driving Car Ecosystem as a Complex System, Ipsi Transactions on Advanced Research, Vol. 17, No. 1, pp. 32-36, ISSN 1820-4511, Belgrade, January 2021. Research Gate, MTMT

C25. Djekic, D. Milica and Mester, Gyula, The Technological Aspects of Tor's Project, Transactions on Advanced Research, IPSI, Belgrade, Vol. 17, No. 1, pp. 49-54, ISSN 1820-4511, January 2021. Research Gate, MTMT

          c1       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi Razvoja: “On-line nastava na univerzitetima”, University of Novi Sad, Novi Sad,

                     Szerbia, pp. 371-374, 2021. MTMT

C26. Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1, pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021.

MTMT 53/74

Web of Science: 000595729200003, Scopus, Google Scholar: 14974816982918340025, Research Gate, MTMT: 31818005

          c1       A. C. Budiman, S. M. Hashemineja, Sudirja, A. Mitayani, S. H. Winoto, Visualization of Induced Counter-      

                     Rotating Vortices for Electric Vehicles Battery Module Thermal Management, Frontiers in Heat and Mass

                     Transfer (FHMT), Globa Digital Central, Vol. 19, No. 9, pp. 1-6, ISSN: 2151-8629, DOI: 10.5098/hmt.

                     19.9, 2022.

                     Web of Science, MTMT

                     „Electric Vehicles (EVs) have been massively developed besides sustainable resources of energy in recent

                     years due to the Increasing demand to reduce the global dependency on fossil fuels and their

                     environmental impact (Guerra, 2019; Ismaeel et al., 2020; Pisarov and Mester, 2021).

          c2       Julian F. Schumann, Jens Kober, Arkady Zgonnikov, Benchmark for Models Predicting Human Behavior

                     in Gap Acceptance Scenarios, in IEEE Transactions on Intelligent Vehicles, Vol. 8, No. 3, pp. 2580-2591,      

                     DOI: 10.1109/TIV.2023.3244280., ISSN: 2379-8858, 2023. MTMT

                     „Additional advantages are also expected, such as more accessible mobility for people unable to drive or

                     an easing of road congestion and traffic [2]–[4].”

          c3       Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-17.02.

                     2022. MTMT

          c4       Jelena Pisarov, Gyula Mester, Implementing New Mobility Concepts with Autonomous Self-Driving Robo-

                     tic Cars, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 41-49, ISSN 1820-4511, Belgrade,

                     July 2021.

                     Google Scholar: 9844464519801701168, MTMT

          c5       Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR)

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820 - 45112021. MTMT

          c6       Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

                     Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c7       Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c8       Angeleska, E., P Pretto, P., Sidorenko, S., Inclusive User Interface for Autonomous Vehicles: Developing

                     an Interface that Can Be Independently Used by Persons with Visual Acuity Loss, In: Stephanidis, C.,

                     Antona, M., Ntoa, S. (eds) HCI, International 2022 Posters. HCII 2022. Communications in Computer and

                     Information Science, Vol. 1583. Springer, Cham. DOI: 10.1007/978-3-031-06394-7_20, pp. 141-146,

                     Chapter 20, 2022. MTMT

          c9       Vincent O. Ojiaku, Will AI in Cars Lead to Less Road Congestion? Master Thesis, pp. 1-61, University of

                      Stavanger, Faculty of Science and Technology, Stavanger, 2021 - uis.brage.unit.no MTMT

                      „Any person who has a valid driver’s license can register to the application and use this service upon

                      payment of the registration fee. (Pisarov and Mester, 2020) [32]”

          c10      Angeleska, E., Sidorenko, S., Jankovic, A., & Rizov, T., Application of Virtual Ergonomic Tools for Eva-         

                      luating an Inclusive Autonomous Vehicle Interior. South East European Journal of Architecture and Des-

                      ign, Vol. 2022, pp. 1–8, DOI: 10.3889/seejad.2022.10063, 2022. MTMT

          c11      Jelena Pisarov, On-line polaganje komplelksnog ispita, pp. 229-232, paper No. UP4.1, Zbornik radova

                      XXVII Skup Trendovi Razvoja: “On-Line Nastava na Univerzitetima”, TREND, ISBN 978-86-6022-313-

                      7, Novi Sad, Serbia, 15 - 18. 02.2021. MTMT

          c12      Adhitya Bharathan Ganesh, Low-Cost Autonomous Vehicle using Off-Board Sensors Connected over 5G:

                      Extension of an Autonomous Vehicle's Operational Domain Design, pp.1-52, Masters Degree Project in

                      Computer Science and Engineering, School of Electrical Engineering and Computer Science, KTH Royal

                      Institute of Technology, Stockholm, Sweden, 2022. diva-portal.org  MTMT

                      „The future is moving towards Autonomous Vehicles [4].”

          c13      Marjo Hippi, Timo Sukuvaara, Kari Mäenpää, and Toni Perälä, Weather Service to Support Autonomous

                      Driving in Adverse Weather Conditions, pp. 123-130, Proceedings of the 20^th SIRWEC Conference, ISBN

                      978-609-07-0738-8, DOI 10.15388/SIRWEC.2022, Druskininkai, Lithuania, - zurnalai.vu.lt, 14-16^th June

                      2022. MTMT

          c14      Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trend-

                      ovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                      Srbija, 14-17. 02. 2022. MTMT

          c15      Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                      TREND 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 438-441,

                      ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02.2022. MTMT

          c16      Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., pp.447-450, XXVII

                      Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, ISBN 978-86-6022-313-7, Novi Sad, 15-

                      18.02.2021. MTMT

          c17      Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, pp. 371-374, Zbornik radova

                      XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, ISBN 978-86-6022-313-7, Novi

                      Sad, 15 - 18. 02. 2021. MTMT

          c18      Dirk Johannßen, Computer-aided Psychometrics with Natural Language Processing, Dissertation, Univer-  

                      sity Hamburg, p. 217, 2022. MTMT

                      „Autonomous driving is on the brink of maturity and possesses-among others-superior systems for real-

                      time imagery processing (Pisarov & Mester, 2020).”

          c19      Dušan M. Ranđelović, Goran S. Vorotović, Aleksandar Č. Bengin, Pavle N. Petrović, Quadcopter Altitu-

                      de Estimation Using Low-Cost Barometric, Infrared, Ultrasonic and LIDAR Sensors, FME Transactions,

                      Vol. 49, No 1, pp. 21-28, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101021R, 2021.

                      Web of Science, MTMT

                      „The paper [12] presents an overview of indoor and outdoor drone localization methods with an ultrasonic

                      rangefinder, which continues research in [13] using ultrasonic sensors for SLAM (Simultaneous Localiza-

                      tion And Mapping).”

          c20      J. M. Castiblanco, S. Garcia-Nieto, D. Ignatyev, X. Blasco, Base de Datos Abierta Tram-Fpv Racing, Se-

                      cuencias completas de vuelo indoor para el estudio de drones de carreras, XLIII Jornadas de Automática,

                      Ingeniería de control, DOI: 10.17979/spudc.9788497498418.0341, pp. 341-352. MTMT

                      „Est´an compuestos de un transmisor de la se˜nal que es fijado en un pun en el entorno de la navegacion,

                      mientras que el receptor se encuentra abordo del veh´ıculo [19, 63].

          c21      Hell Péter Miksa, A drónok alkalmazásának vizsgálata a katasztrófavédelem tevékenységében, disszertácó,

                     p. 169, Budapest, Hungary, 2022. MTMT

                     „A HTML oldalon generált adatok a képernyő alján egy szövegmezőben láthatók. [181] [182]“

          c22      Vahid Kiani, Two Fuzzy Virtual Force Algorithms to Improve Sensor Deployment in Wireless Sensor

                     Networks, Journal of Information and Communication Technology, Article ID: 1401032238064, Vol. 14,

                     Issue 51, pp. 1-16, 2022. MTMT

          c23      Feng Jia, Yang Song, UAV Automation Control System Based on an Intelligent Sensor Network, Journal

                     of Sensors, Hindawi, Journal of Sensors, Vol. 2022, pp. 1-12, Article ID: 7143194, DOI: 10.1155/2022/

                     7143194.

                     Web of Science, MTMT

          c24      J. M. Castiblanco, S. Garcia-Nieto, D. Ignatyev, X. Blasco, The Tram-Fpv Racing, Open Database. Sequ-

                      ences Complete Indoor Flight Tests for the Study of Racing Drones, XLIII Automatica 2022, Logrono, La

                      Rioja, pp. 1-11, 2022. MTMT

                      „These systems determine the object’s location utilizing ultrasonic wave travelling through the air [19,    

                      63].”

          c25      Jelena Pisarov, Maja Stojanović, VPython u službi laboratorijskih vežbi iz fizike na Departmanu za fiziku

                      u Novom Sadu, In: Vladimir Katić (edit.) XXVII Skup Trendovi Razvoja: “On-line nastava na univerzite-

                      tima, Novi Sad, Szerbia, University of Novi Sad, pp. 419-422, ISBN 978-86-6022-313-7, 2021. MTMT

          c26      Kyle T. Williams, The Dynamics of an Autonomous Electric Vehicle Shuttle Service for Los Angeles

                      County, p. 35, graduate project, California State University, Northridge, USA, 2022. MTMT

                      „Secondly, elderly and physically challenged individuals can move more efficiently as autonomous

                      vehicles offer comfortable and safe driving conditions (Pisarov & Mester, 2021).”

          c27      Julian F. Schumann, Jens Kober, Arkady Zgonnikov, Benchmarking Behavior Prediction Models in Gap

                      Acceptance Scenarios, IEEE Transactions on Intelligent Vehicles, pp. 1-12, DOI: 10.1109/TIV.2023.

                      3244280, Print ISSN: 2379-8858, 2023. MTMT

          c28      Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                      Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 361-364, Paper No. T4.4-7,

                      ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c29      Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023. MTMT

          c30      César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c31      Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023. MTMT

          c32      Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c33      Edward Ositadinma Ofoegbu, Autonomous Vehicles: Theoretical and Practical Challenges for Efficient

                      and Inclusive Transport in Africa, Interdisciplinary Description of Complex Systems, Vol. 21, Issue 1, pp.

                      41-51, ISSN 1334-4684, DOI: 10.7906/indecs.21.1.4, 2023. MTMT

          c34      Ojiaku Vo, Will AI in Cars Lead to Less Road Congestion? (Master's thesis, uis), p. 61, University of Sta-

                      vager, Faculty of  Science and Technology, 2021. uis.brage.unit.no MTMT

                     „Then,the appbook save hicle and shows the route to it.(Pisarov and Mester, 2020) [32]”

          c35      César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary

                      Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                      ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

                      Google Scholar: 6533963626558688066, Web of Science

          c36      Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                      Balance of Systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp.

                      168-173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

                      Web of Science

          c37      Julian F. Schumann, Aravinda Ramakrishnan Srinivasan, Jens Kober, Gustav Markkula, Arkady Zgon-

                      nikov, Using Models Based on Cognitive Theory to Predict Human Behavior in Traffic: A Case Study,

                      2023 IEEE 26^th International Conference on Intelligent Transportation Systems (ITSC), Bilbao, Spain,

                      pp. 5870-5875, DOI: 10.1109/ITSC57777.2023.10421837, ISBN:979-8-3503-9947-9, 2023. MTMT

                      „The promised benefits of automated vehicles include fewer accidents caused by human errors, increased

                      accessibility of mobility solutions, and more efficient use of time while traveling [1]-[3].”

          c38      Julian F. Schumann; Jens Kober; Arkady Zgonnikov, Benchmarking Behavior Prediction Models in Gap

                      Acceptance Scenarios, IEEE Transactions on Intelligent Vehicles, Vol. 8, Issue 3, pp. pp. 2580-2591,

                      DOI: 10.1109/TIV.2023.3244280, 2023. MTMT

                      „Additional advantages are also expected, such as more accessible mobility for people unable to drive or

                      an easing of road congestion and traffic [2], [3], [4].”

          c39      Md Jobair Hossain Faruk, Hossain Shahriar, Maria Valero, Machine Learning-Oriented Predictive Main-

                      tenance (PdM) Framework for Autonomous Vehicles (AVs): Adopting Blockchain for PdM Solution, 26^th

                      Annual Symposium of Student Scholars,  Kennesaw State University Kennesaw State University, 2022.

                      MTMT

          c40      Emmanuel Owusu Appiah, Solomon Mensah, Object Detection in Adverse Weather Condition for Autono-

                      mous Vehicles, Multimedia Tools and Applications, DOI: 10.1007/s11042-023-16453-z, Vol. 83, pp.

                      28235–28261, 2023. MTMT

          c41      Dragan Z. Šaletić, Fuzzy Aggregators – an Overview, Interdisciplinary Description of Complex Systems,

                      Indecs, Vol. 21, Issue 4, pp. 356-364, DOI: 10.7906/indecs.21.4.5, ISSN 1334-4684, 2023.

                      Web of Science, MTMT

          c42      Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                      Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4,

                      ISSN 1334-4684, Croatian, Interdisciplinary Society, 2023.

                      Web of Science, MTMT

          c43      Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descrip-

                      tion of Complex Systems, Indecs, Vol. 21, Issue 2, pp.199-205, DOI:10.7906/indecs.21.2.9, ISSN 1334-

                      4684, Croatian Interdisciplinary Society, 2023. MTMT

                      Web of Science

          c44      László Berek, Autonomous Vehicles from another Perspective - A Literature Analysis, Interdisciplinary

                      Description of Complex Systems, INDECS, Vol. 21, Issue 2, DOI: 10.7906/indecs.21.2.7, ISSN 1334-

                      4684, Croatian Interdisciplinary Society, 2023. MTMT

          c45      Neha Mathur, Shweta Sinha, Security Model and Access Control Mechanisms for Attack Mitigation in

                      IoE, chapter in book Blockchain Technology for IoE, CRC Press, pages 33, ISBN 9781003366010,

                      Taylor & Francis Group, 2023. taylorfrancis.com MTMT

          c46      Johannßen Dirk, Computer-aided Psychometrics with Natural Language Processing, dissertation, pages

                      219, urn:nbn:de:gbv:18-ediss-104686, University Hamburg, Hamburg, 2022. MTMT

                      „Autonomous driving is on the brink of maturity and possesses–among others–superior systems for real-

                      time imagery processing (Pisarov&Mester,2020).“

                      https://ediss.sub.uni-hamburg.de/handle/ediss/9929

          c47      Emmanuel Owusu Appiah and Solomon Mensah, Object Detection in Adverse Weather Condition for

                      Autonomous Vehicles Multimedia Tools and Applications, DOI:10.1007/s11042-023-16453-z, 2023.

                      MTMT

          c48      Avishake Adhikary, Soma Debnath, Dhrubasish Sarka, Chapter Machine Learning (ML) and Blockchain

                      for IoE, A Deep Insight into Framework, Security, and its Applications with Industrial IoE, in Book

                      Blockchain Technology for IoE, p. 21, ISBN: 9781003366010, 2023. taylorfrancis.com  MTMT

          c49      Zihao Li, Yang Zhou, Jiwan Jiang, Yunlong Zhang, Mihir Mandar Kulkarni, Adaptive Cruise Control

                      Under Threat: A Stochastic Active Safety Analysis of Sensing Attacks in Mixed Traffic, Accident Analysis

                      & Prevention, Vol. 209, 107813, ISSN 0001-4575, DOI: 10.1016/j.aap.2024.107813, 2025. MTMT

          c50      Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, XXVIII Skup Trendovi

                      Razvoja: “Univerzitetsko Obrazovanje za Privredu”, Kopaonik, pp. 394-297, ISBN 978-86-6022-401-1,

                      14 - 17. 02. 2022. MTMT

          c51      Anna Mészáros, Julian F. Schumann, Javier Alonso-Mora, Arkady Zgonnikov, Jens Kober, TrajFlow:

                      Learning Distributions over Trajectories for Human Behavior Prediction, 2024 IEEE Intelligent Vehicles

                      Symposium (IV), Jeju Island, Korea, Republic of, 2024, pp. 184-191, DOI: 10.1109/IV55156.2024.

                      10588386, 2024. MTMT

          c52      Debesh Mishra, Need of Ergonomics for Autonomous Vehicles, pp 215–235, In: Realyvásquez Vargas, A.,

                      Satapathy, S., García Alcaraz, J.L. (eds) Automation and Innovation with Computational Techniques for

                      Futuristic Smart, Safe and Sustainable Manufacturing Processes. Springer, Cham., ISBN 978-3-031- 

                      46707-3, DOI: 10.1007/978-3-031-46708-0_9, 2024. MTMT

          c53      Anna Mészáros, Julian F. Schumann, Javier Alonso-Mora, Arkady Zgonnikov, Jens Kober, TrajFlow:

                      Learning Distributions over Trajectories for Human Behavior Prediction, arXiv:2304.05166, DOI: 10.

                      48550/arXiv.2304.05166, 2024. MTMT

          c54      Eiichiro Nagata, Toshiyuki Shimizu, Lucian Gheorghe, Tomohiko Horie, Susumu Takano, Munetaka

                      Haida, Nanako Amamoto, Evaluation of Driver’s Brain Activity Associated with Advanced Driving Skills

                      Such as Cornering, Tokai Journal of Experimental & Clinical Medicine, Vol 49, Issue 3, p. 94, ISSN

                      0385-0005, 2024. MTMT

          c55     Budimana, A. C., Hasheminejadb, S. M., Sudirjaa, A. M., & Winotod, S. H., Visualization of Induced

                     Counter-Rotating Vortices for Electric Vehicles Battery Module Thermal Management. Education, 2018.

                     MTMT

          c56     Dragan Z. Šaletić, Graded Logics, Interdisciplinary Description of Complex Systems, Indecs, Vol. 22, No.

                     3, pp. 275-295, DOI: 10.7906/indecs.22.3.4, 2024. MTMT

          c57     Zou, Jie, Safety-Aware, Safety-Aware, Timing-Predictable and Resource-Efficient Scheduling for Autono-

                     mous Systems. PhD thesis, University of York, 2023. oai:etheses.whiterose.ac.uk:33676 MTMT

          c58     Snezhana G. Pleshkova, Self-driving Car Control Model Extension with Voice Commands Control, Proce-

                     edings of the Bulgarian Academy of Sciences, Vol. 76, No. 11, pp. 1743–1753, DOI: 10.7546/CRABS.

                     2023.11.12, Nov. 2023. MTMT

          c59     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c60     David Salamon, Senzori u inteligentnim transportnim sustavima, Završni rad, Sveučilište u Rijeci,

                     Pomorski fakultet, Rijeka, 2024. MTMT

                     https://urn.nsk.hr/urn:nbn:hr:187:108724

          c61     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelli-

                     gencia forradalma a fotóművészetben, konferenciaközlemény, pp. 105-115, ISBN: 978-963-449-357-0,

                     XXXIX. Kandó Konferencia 2023, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, 2023.

                     november 9-10. http://hdl.handle.net/20.500.14044/25769, 2024. MTMT

          c62     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c63     Petr Herkomme, Model of a Small Autonomous Robot Car, Czech Technical University in Prague, Master

                     Theses - 12110, 2016. http://hdl.handle.net/10467/116017 MTMT

          c64     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT 

             c65     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c66     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c67     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c68     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c69     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.   

                     MTMT

          c70     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c71     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c72     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

          c73     Tingyu Liu, Yizhou Zhang, Mengze Zhang, Min Chen and Shangchun, Factors Influencing Consumer

                     Willingness to Use AI-Driven Autonomous Taxis, Behavioral Sciences, MDPI, Vol. 14, Issue 12, 1216,

                     DOI: 10.3390/bs14121216, 2024. MTMT

       These advancements are expected to profoundly impact urban transportation, environmental protection,

       and consumer travel [4,5,6].

          c74     Anna Mészáros, Julian F. Schumann, Javier Alonso-Mora, Arkady Zgonniko, Jens Kober, TrajFlow: Le-

                     arning Distributions over Trajectories for Human Behavior Prediction, 2024 IEEE Intelligent Vehicles

                     Symposium (IV), Jeju Island, Korea, pp. 184-191, DOI: 10.1109/IV55156.2024.10588386, 2024. MTMT

          c75     Sergi Garcia-Cantón, Carlos Ruiz de Mendoza, Cristina Cervelló-Pastor and Sebastià Sallent, Multi-Agent

                     Reinforcement Learning-Based Routing and Scheduling Models in Time-Sensitive Networking for Internet

                     of Vehicles Communications Between Transportation Field Cabinets, Applied Sciences, MDPI, Vol. 15,

                     Issue 3, 1122, DOI: 10.3390/app15031122, 2025. MTMT

          c76     Neha Mathur, Shweta Sinha, Security Model and Access Control Mechanisms for Attack Mitigation in

                     IoE, Chapter, pages: 33, Book: Blockchain Technology for IoE, eBook ISBN: 9781003366010, CRC

                     Press, 2023. MTMT

          c77     Philip McCarthy, Reducing Traffic Congestion by Implementing Communication Systems in Autonomous

                     Vehicles, EMDP Final Report, pp. 1-23, 2021. MTMT

                     „Blockchains use advanced algorithms and cryptography to ensure that the system becomes “hack proof”

                     [8].”

          c78     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

 

C27. Jelena L. Pisarov, Gyula Mester, The Use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76, Issue 2, pp. 171-177, ISSN 0040-2176, DOI: 10.5937/tehnika2102171P, 2021. MTMT

Google Scholar: 13615586289244369790, ODT, MTMT 35/61, GS: 77 cit.

          c1       Gourav Bathla, Kishor Bhadane, Rahul Kumar Singh, Rajneesh Kumar, Rajanikanth Aluvalu, Rajalakshmi

                     Krishnamurthi, Adarsh Kumar, R. N Thakur and Shakila Basheer, Autonomous Vehicles and Intelligent

                     Automation: Applications, Challenges, and Opportunities, Mobile Information Systems, Vol. 2022, Article

                     ID 7632892, 36 pages, DOI: 10.1155/2022/7632892, 2022.

      Web of Science, Scopus, MTMT

                     „It was developed in 2018 for delivering goods in a driverless manner [110].”

          c2       Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, XXVIII Skup Trendovi

                     Razvoja:“Univerzitetsko obrazovanje za privredu”, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, 14-

                     17. 02. 2022. MTMT

          c3       Jelena Pisarov, Gyula Mester, Implementing New Mobility Concepts with Autonomous Self-Driving Robo-

                     tic Cars, IPSI Transactions on Advanced Research, Vol. 17, Issue 2, pp. 41-49, ISSN 1820 – 4511,

                     Belgrade, July 2021. MTMT

          c4       Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, TAR, pp. 19-27, Vol. 17,

                     Issue 2, ISSN 1820 – 4511, July2021. MTMT

          c5       Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

                     Issue: 9, ISSN: 1820-0109, 2021. MTMT

          c6       Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c7       Panos Prevedouros, Abdulrahman Alghamdi, Evaluation of Delivery Service in Rural Areas with CAV,

                     University of Alaska Fairbanks, Technical Report, pp. 1-28, http://hdl.handle.net/11122/12834, 2022.

                     MTMT

                     „While the use of CAVs to transport people is still under development, there are already numerous

                     applications of CAVs in logistics and deliveries. Companies such as Airbus, Waymo, Volvo, and

                     Volkswagen have deployed models of autonomous vehicles ranging from pods to trucks (as well as aerial

                     drones of various sizes) in the delivery of food, medicine, packages and goods [34].” 

          c8       Masiala Mavungu, Feasible Control Strategies and Feasible System Response for the Navigation of an

                     Autonomous Ship Robot, 2022080546, DOI: 10.20944/preprints202208.0546.v1, 2022. MTMT

                     „The reader is referred to [1]-[21].”

          c9       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c10     Gyula Mester, Prikaz pograma Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendovi

                     Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Srbija, 14-17. 02. 2022. MTMT

          c11     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup Tren-

                     dovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7, ISBN

                     978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c12     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c13     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c14     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     Gaitanidou, E., Bekiaris, E., Papaioannou, P., Stakeholders’ Survey on the Introduction of Connected and

                     Automated Vehicles in Greece. In: Nathanail, E.G., Gavanas, N., Adamos, G. (eds) Smart Energy for

                     Smart Transport. CSUM 2022. Lecture Notes in Intelligent Transportation and Infrastructure. Springer,

                     Cham., 406–419, ISBN: 978-3-031-23720-1, DOI: 10.1007/978-3-031-23721-8_35, 2023. MTMT

          c16     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars environment, Interdisciplinary

                     Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023.

                     Web of Science, MTMT

          c17     Edina Albininé Budavári, Attila Albini and Gyula Mester, The role of social engineering in the energy

                     balance of systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 168-

                     173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

                     Web of Science

          c18     Dewant Katare and Diego Perino and Jari Nurmi and Martijn Warnier and Marijn Janssen and Aaron Yi

                     Ding, A Survey on Approximate Edge AI for Energy Efficient Autonomous Driving Services, in IEEE

                      Communications Surveys & Tutorials, Vol. 25, No. 4, pp. 2714-2754, Fourthquarter 2023, DOI: 10.1109/

                      COMST. 2023.3302474. MTMT

          c19     Simone Pettigrew, Victoria Farrar, Leon Booth, Charles Karl, Branislava Godic, Julie Brown, Jason Thom-

                     son, The Inexorable Rise of Automated Food Deliveries and Potential Anticipatory Policy Actions,

                     Australian and New Zealand Journal of Public Health, Vol. XXX, No. XXX, pp. 1-6, ISSN 1326-0200,

                     DOI: 10.1016/j.anzjph.2023.100065, 2023. MTMT

                     „AVsare self-driving vehicles that are emerging across arange of road, rail, sea and air applications.10,11”

          c20      Dalma Zilahy and Gyula Mester, Managing Negative Emotions Caused by Self-Driving, Interdisciplinary

                      Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 351-355, DOI: 10.7906/indecs.21.4.4,

                      2023.

                      Web of Science, MTMT

          c21      César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                      IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c22      Mohammad Bakhshalipour, Phillip B. Gibbons, Agents of Autonomy: A Systematic Study of Robotics on

                      Modern Hardware, Proceedings of the ACM on Measurement and Analysis of Computing Systems, Vol.

                      7, Issue 3, Article No.: 43, pp. 1-31, DOI: 10.1145/3626774, 2023. MTMT

          c23      Jarosław Wątróbski, Artur Karczmarczyk, Aleksandra Bączkiewicz, Using the TOSS Method in Semi-

                     Autonomous Passenger Car Selection, Sustainable Energy Technologies and Assessments, Vol. 58, DOI:

                     10.1016/j.seta.2023.103367, ISSN 2213-1388, 2023. MTMT

          c24      Sangwon Han, Yuho Song, Soontae Kim, Kunsoo Huh, A Path Tracking Controller for Heavy-Duty Buses

                      Based on Robust Model Predictive Control with a Novel Enhanced Kinematic Model, in IEEE Transacti-

                      ons on Intelligent Vehicles, pp. 1-16, DOI: 10.1109/TIV.2024.3425840, ISSN: 2379-8858, 10 July 2024.       

                      MTMT

          c25      Simone Pettigrew, Victoria Farrar, Leon Booth, Charles Karl, Branislava Godic, Julie Brown, Jason Tho-

                      mpson, The Inexorable Rise of Automated Food Deliveries and Potential Anticipatory Policy Actions,   

                      Australian and New Zealand Journal of Public Health, Vol. 47, Issue 4, DOI: 10.1016/j.anzjph.2023.1000

                      65, 2023. MTMT

            c26      Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descrip-

                      tion of Complex Systems, Indecs, Vol. 21, No. 2, pp. 199-205, DOI: 10.7906/indecs.21.2.9, 2023. MTMT

          c27      Edina Albininé Budavári, Attila Albini, Gyula Mester, The Role of Social Engineering in the Energy  

                      Balance of Systems, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21 No. 2, pp. 168-

                      173, DOI: 10.7906/indecs.21.2.5 2023. MTMT

          c28      Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                      the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-

                      89, Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c29      Simone Pettigrew, Leon Booth, Victoria Farrar, Prof Julie Brown, Branislava Godic, Jason Thompson, An

                      emerging food policy domain: The effects of autonomous transport technologies on food access and con-

                      sumption, Food Policy, Vol. 125, ISSN 0306-9192, DOI: 10.1016/j.foodpol.2024.102647, 2024. MTMT

          c30      Pisarov Jelena, Autonomous Driving, IPSI Journal, IPSI Transactions on Advanced Research, Vol. 17, No.

                      2, pp. 19-27, ISSN 1820 – 4511, July 2021. MTMT

          c31      Cesár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                      ference Trend, 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-

                      17.02.2022. MTMT

          c32      Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                      tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                      2021. MTMT

          c33      I Gede Mahatma Yuda Bakti, Sik Sumaedi, Medi Yarmen, Marlina Pandin, Aris Yaman, Rahmi Kartika

                      Jati, Mauludin Hidayat, Autonomous Vehicles and Consumer Acceptance: a Bibliometric Analysis

                      Perspective, Kybernetes, ISSN: 0368-492X, DOI: 10.1108/K-09-2023-1734, 2024. MTMT

          c34      Shmuel Y. Hayoun, Meir Halachmi, Doron Serebro, Kfir Twizer, Elinor Medezinski, Liron Korkidi, Mos-

                      hik Cohen & Itai Orr, Physics and Semantic Informed Multi-sensor Calibration via Optimization Theory

                      and Self-supervised Learning. Scientific Reports, Vol. 14, Article number, 2541, DOI: 10.1038/s41598-

                      024-53009-z, 2024. MTMT

          c35      Guo Rongge, AI Approaches on Urban Public Transport Routing. In: Parkinson, S., Nikitas, A., Vallati,

                      M. (eds) Deception in Autonomous Transport Systems. Wireless Networks. Springer, Cham. pp. 111-130,

                      Print ISBN 978-3-031-55043-0, DOI: 10.1007/978-3-031-55044-7_8, 2024. MTMT

          c36      László Berek, Autonomous Vehicles from another Perspective – a Literature Analysis, Interdisciplinary

                      Description of Complex Systems, Indecs, Vol. 21 No. 2, pp. 180-187, DOI: 0000-0002-4126-1528, 2023.

                      MTMT

          c37      Troy Hawk, A Race to Build Youth Interest in Computer Science: Exploring CS Attitudes, Dissertation,

                      Northcentral University, 30687213, pp. 1-24, San Diego, 2023 - search.proquest.com MTMT

          c38      Bülent Yıldız, Autonomous Delivery Vehicles: A Quantitative Study from the Perspective of Innovative-

                      ness, Journal of Transportation and Logistics, Vol. 8 Issue 2, pp. 83 - 96, DOI: 10.26650/JTL.2023.12175

                      43, 18.01.2024. MTMT

          c39      Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, Zbornik radova

                      XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                      pp. 309-312, Paper No. T 5.47, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet tehničkih

                      nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10.02.2024. MTMT

          c40      Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c41      Chantal Lidynia, Gian Luca Liehner and Martina Ziefle, Paving the Way to Autonomy - Influencing Fac-

                      tors for the Acceptance of Autonomously Operating Transportation Services in Rural Germany, Advances

                      in Transportation, Vol. 60, pp. 261–271, DOI: 10.54941/ahfe1002456, 2022. MTMT

          c42      Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, Zbornik rado-

                      va XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazo-

                      vanju", pp. 261-265, Paper No. T 5.37, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet

                      tehničkih nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

          c43      Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                      Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                      ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c44      Césár Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 85-88, Paper No. T4.3-1, ISBN 978-86-6022-

                      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c45      Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c46      Dragan Z. Šaletić, Gyula Mester, On a Cluster Oriented Fuzzy Modelling, Research Gate, pp. 1-9, 2023.

                      MTMT

          c47      Jenish Chauhan, Subash Ghimire, Lidar Point Clouds to Precision Forestry, International Journal of La-

                      test Engineering Research and Applications (IJLERA), ISSN: 2455-7137 Vol. 09, Issue 01, pp. 113-118,

                      January 2024. MTMT

          c48      Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                      TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                      ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c49      Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                      pp. 1-6, 2023. MTMT

          c50      Dialesiotis Stergios, Α Literature Review on Smart Cars and Autonomous Driving in Public Transport in

                      Europe and Greece, Dissertation, University of Western Macedonia, pages 105, 2023. MTMT

          c51      László Szegedi, Autonomna vozila, YuInfo Konferencija 2022, DOI: 10.13140/RG.2.2.23098.26565,

                      Kopaonik, Research Gate, 2022. MTMT

          c52      Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c53      Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2023.

          c54     Jelena Pisarov, A személy– és teherforgalom digitalizálása, Magyar Tudomány Napja a Délvidéken 2021,

                     Vajdasági Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 278-287, Újvidék, Szerbia,

                     november 13, 2021, megjelenési év 2023. MTMT

          c55     Milica D. Đekić, Mester Gyula, Kiberbiztonság, kiberműveletek vizsgálata, Magyar Tudomány Napja a

                     Délvidéken 2021, Vajdasági Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 235-245,

                     Újvidék, Szerbia, november 13, 2021, megjelenési év 2023. MTMT

          c56     Zilahy Dalma, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken 2021, Vajdasági

                     Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 272-277, Újvidék, Szerbia, november 13,

                     2021, megjelenési év 2023.  MTMT

          c57     Mester Gyula, Césár Bautista, A tárgyak internete - IOT az önvezető autókban, Magyar Tudomány Napja

                     a Délvidéken 2021, Vajdasági Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 265-271,

                     Újvidék, Szerbia, november 13, 2021, megjelenési év 2023.  MTMT

          c58     Evangelia Gaitanidou, Evangelos Bekiaris & Panagiotis Papaioannou, Stakeholders’ Survey on the Intro-

                     duction of Connected and Automated Vehicles in Greece. In: Nathanail, E.G., Gavanas, N., Adamos, G.

                     (eds) Smart Energy for Smart Transport. CSUM 2022. Lecture Notes in Intelligent Transportation and Inf-

                     rastructure. Springer, Cham. DOI: 978-3-031-23721-8_35, ISBN: 978-3-031-23720-1, 2023. MTMT

          c59     Alghamdi Abdulrahman, Prevedouros Panos D, Evaluation of Delivery Service in Rural Areas with CAV,

                     Final Project Report, pages 35, ID# 61182, University of Hawaii at Manoa, 2022. MTMT

          c60     Strada, Andrea, Innovative Tram-Based Methodology for Last-Mile Delivery : Preliminary Technical

                     Analysis of a Two-Level Mixed Logistics System, Polytechnico Milano, POLITesi - Archivio digitale

                     delle tesi di laurea e di dottorato, 2022. MTMT

             c61     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c62     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c63     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c64     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c65     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c66     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c67     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c68     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c69     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c70     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

         

C28. Ivona Ninkov, Gyula Mester, Safety and Security Aspects in Drones Regulations, Transactions on Advanced Research, IPSI, Vol. 16, No. 2, pp. 25-30, ISSN 1820-4511, Belgrade, July 2020.

MTMT, Research Gate.

 

C29. Pisarov Jelena, Mester Gyula, The Impact of 5G Technology on Life in the 21^st Century, Transactions on Advanced Research, IPSI, Vol. 16, No. 2, pp. 11-14, ISSN 1820-4511, July 2020. Research Gate, Google Scholar: 12738587596641423417, MTMT: 31818517, ODT, MTMT 58/89

          c1       Elisa Gomes Prestes, The Digital Geopolitics of 5G: Elements to Understand the Chinese Technological

                    Development of the Fifth Generation of Mobile Telephony, GEOUSP, Vol. 26, No. 2, pp. 1-20, DOI:

                    10.11606/issn.2179-0892.geousp.2022.194823.en, Scielo, Brasil, 2022. MTMT

      „Finally, 4G technologies were officially introduced in 2008 as a further step in mobile network techno-

      logy, offering a high-speed broadband internet connection, (reaching several hundred Mbps and even Gb      

                    levels (Pisarov; Mester, 2020).”

          c2       Elisa Gomes Prestes, A Geopolítica Digital do 5G: Elementos Para Compreender o Desenvolvimento

                    Tecnológico Chinês da Quinta Geração de Telefonia Móvel, GEOUSP, Vol. 26, No. 2, pp. 1-22, DOI:

                    10.11606/issn.2179-0892.geousp.2022.194823.pt, Brasil, 2022. MTMT

                    „Por fim, as tecnologias 4G foram oficialmente introduzidas em 2008 como o passo seguinte da tecnologia

                     de rede móvel que deu à internet velocidades de conexão mais altas (de várias centenas de Mbps) e até

                     mesmo níveis de Gb (Pisarov; Mester, 2020).

          c3       Quicios García, M. del Pilar, Herrero Teijón, Pablo, González Ocejo, Patricia, 5G Educativo, Factor de

                     Protección Ante la Incertidumbre en la España Vaciada, Seguridad y Ciudadanía, Dykinson, pp. 145-162,

                     ISBN: 9788411225595, 2022. MTMT

          c4       Lázaro Florido-Benítez, Ignacio Aldeanueva Fernández, Fusing International Business and Marketing: A

                    Bibliometric Study, Administrative Sciences, Vol. 12, No. 4, 159; https://doi.org/10.3390/admsci12040159,

                    2022. MTMT

      „AI and 5G provide new concepts and possibilities for communication and international marketing

      industry, as well as within academy research (Mester 2016; Pisarov and Mester 2020).”

          c5       Jelena L. Pisarov, Gyula Mester, The Use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

                     Issue 2, pp. 171-177, 2021. MTMT

          c6       Cesár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend, 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-

                     17.02.2022. MTMT

          c7       Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research Ant-

                     hology on Cross-Disciplinary Designs and Applications of Automation, IGI Global (2022) pp. 969-1001,

                     chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:10.4018/

                     978-1-6684-3694-3.ch048, 2022. Scopus, MTMT

          c8       Jelena Pisarov, Gyula Mester, Implementing New Mobility Concepts with Autonomous Self-Driving

                     Robotic Cars, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 41-49, ISSN 1820 – 4511,

                     Belgrade, July 2021. MTMT

          c9       Jelena Pisarov, Autonomous driving, IPSI Transactions on Advanced Research, ISSN 1820 - 4511, Vol. 17,

                     No. 2, pp. 19-27, July 2021. MTMT

          c10     Tufail, A., Namoun, A., Alrehaili, A., & Ali, A. (2021). A Survey on 5G Enabled Multi-Access Edge Com-

                     puting for Smart Cities: Issues and Future Prospects. International Journal of Computer Science and Net-

                     work Security, Vol. 21, No. 6, pp. 107–118. https://doi.org/10.22937/IJCSNS.2021.21.6.15, 2021. MTMT

          c11     Habeeb Fawzy, Alwasel Khaled, Noor Ayman, Jha Devki, AlQattan Duaa, Li Yinhao, Aujla Gagangeet

                     Singh, Szydlo Tomasz, Ranjan Rajiv, Dynamic Bandwidth Slicing for Time-Critical IoT Data Streams in

                     the Edge-Cloud Continuum, in IEEE Transactions on Industrial Informatics, Vol. 18, No. 11, pp. 8017-

                     8026, DOI: 10.1109/TII.2022.3169971, 2022.

                     Web of Science, Scopus, MTMT

          c12     Florido-Benítez Lázaro, Aldeanueva Fernández Ignacio, Fusing International Business and Marketing: A

                     Bibliometric Study, Administrative Sciences, Vol. 12, No. 4, p. 159, 2022.

                     https://doi.org/10.3390/admsci 12040159 MTMT

                     „AI and 5G provide new concepts and possibilities for communication and international marketing

                     industry, as well as within academy research"

          c13     Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

                     Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c14     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, on-line

                     konferencia, Szabadka, Szerbia, 2020.09.26, Vajdasági Magyar Akadémiai Tanács, konferenciakötet, pp.

                     110-121, 2021. MTMT

          c15     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for

                     Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-

                     0109, 2021. MTMT

          c16     Yu Mei, Application of Intelligent Optimization Technology for Territorial Spatial Planning Based on

                     Edge Network, Wireless Communications and Mobile Computing, Vol. 2021, Article ID 4409706, pp. 1-

                     10, 2021. https://doi.org/10.1155/2021/4409706

                     Web of Science, Scopus, MTMT

                     „With the rapid development and widespread adoption of the Internet of Everything, data is increasingly

                     being generated at the network edge, which will change from a single role as a data consumer to multiple

                     roles as both a data producer and a data consumer [6].”

          c17     Y. Xia, S. Dong, T. Peng and T. Wang, Wireless Network Abnormal Traffic Detection Method Based on

                     Deep Transfer Reinforcement Learning, 2021 17^th International Conference on Mobility, Sensing and

                     Networking (MSN), Los Alamitos (CA), IEEE COMPUTER SOC (2021), pp. 528-535, DOI: 10.1109/

                     MSN53354.2021.00083 2021.

                     Web of Science, Scopus, MTMT

          c18     Mester Gyula, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs.20.1.5, Hrvatsko

                     Interdisciplinarno Društvo, 2022.

                     Web of Science, Scopus, MTMT

          c19     Küfeoğlu, S., Emerging Technologies. In: Emerging Technologies. Sustainable Development Goals Series,

                     Chapter 2, pp. 41-190, Springer, Cham. https://doi.org/10.1007/978-3-031-07127-0_2, 2022.

                     Google Scholar: 7814594929124055190, MTMT

          c20     Monika Singh, Integrating Artificial Intelligence and 5G in the Era of Next-Generation Computing, 2^nd

                                International Conference on Computational Methods in Science & Technology (ICCMST), DOI:

                     10.1109/ICCMST54943.2021.00017, pp. 24-29, 2021. MTMT

          c21     Elisa Gomes Prestes, The digital geopolitics of 5G: elements to understand the Chinese technological

                     development of the fifth generation of mobile telephony, https://doi.org/10.11606/issn.2179-0892.geousp.

                     2022.194823.en, GEOUSP, ESPACO E TEMPO, Vol. 26, No. 2, pp. 1-20, SciELO, Brasil, 2022. MTMT

          c22     El Ouadi Zakaria, Khabba Asma, Amadid Jamal, El Yassini Abdessalam, Ibnyaich Saida, Zeroual Abdelo-

                     uhab, Compact 5G Filtenna Operating at 26.17 GHz. In: Motahhir, S., Bossoufi, B. (eds) Digital Techno-

                     logies and Applications. ICDTA 2022. Lecture Notes in Networks and Systems, Vol 454, 351-358,

                     Chapter 35, Springer, Cham, Print ISBN 978-3-031-01941-8, DOI: 10.1007/978-3-031-01942-5_35, 2022.

                     MTMT

          c23     V. Crnobori, S. Babić and M. Radovan, Factors Influencing Students' Intention to use 5G Technology,

                     2022 45^th Jubilee International Convention on Information, Communication and Electronic Technology

                     (MIPRO), 2022, pp. 548-552, DOI: 10.23919/MIPRO55190.2022.9803755.

                     Scopus, MTMT

          c24     Emelie Sundström, Emma Södergren, Going the Extra Mile Urban Last-Mile Delivery of Large Goods,

                     KTH Royal Institute of Technologie, pp. 1-123, Stockholm, Sweden, diva-portal.org, 2021. MTMT

          c25     El Ouadi Zakaria, Khabba Asma, Amadid Jamal, El Yassini Abdessalam, Ibnyaich Saida, Zeroual Abde-

                     louhab, Compact 5G Filtenna Operating at 26.17 GHz, In: Bossoufi, Badre; Motahhir, Saad (edit.) Digital

                     Technologies and Applications: Proceedings of ICDTA’22, Fez, Morocco, 2022 Aug. 6, Vol. 1, Cham,

                     Springer International Publishing (2022) pp. 351-358, Chapter 35 DOI: 10.1007/978-3-031-01942-535.

                     Scopus, MTMT

          c26     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on - line konferencia, pp. 321-331, Újvidék, Szerbia, 2020.11.14. MTMT

          c27     Angela Solomon Pollock, Accessing Energy from Artificial Intelligence Knowledge Banks Utilizing Smart

                    “Cities”: A Qualitative Study, dissertation, Colorado Technical University, pp. 1-24, Proquest, 28970554,

                     search.proquest.com 2022. MTMT

          c28     Alsaqabi Abdullah, Design and Analysis of Multiband Compact Antennas for Future 5G Applications,

                     thesis, 2022,

                     http://acikerisim.ybu.edu.tr:8080/xmlui/handle/123456789/3373. MTMT

          c29     Jelena Pisarov, On-line polaganje komplelksnog ispita, Zbornik radova XXVII Skup Trendovi Razvoja:

                     “On-Line Nastava na Univerzitetima”, TREND, Novi Sad, Serbia, pp. 229-232, ISBN 978-86-6022-313-7,

                     15-18.02.2021. MTMT         

          c30     Elisa Gomes Prestes, A geopolítica digital do 5G: elementos para compreender o desenvolvimento tecno-

                     lógico chinês da quinta geração de telefonia móvel, GEOUSP, Vol. 26, No. 2, pp. 1-22, e-194823, ISSN

                     2179-0892, SciELO Brasil, 2022.11. 21, https://doi.org/10.11606/issn.2179-0892.geousp.2022.194823.pt

                     MTMT

                     „Por fim, as tecnologias 4G foram oficialmente introduzidas em 2008 como o passo seguinte da tecnologia

                     de rede móvel que deu à internet velocidades de conexão mais altas (de várias centenas de Mbps) e até

                     mesmo níveis de Gb (Pisarov; Mester, 2020).”

          c31     Sercan Tümer, Endüstriyel Satın Almada Dijital Teknolojilerin Kabulü: TAM ve TOE Modelleri Kapsa-

                     mında Havacılık Sektöründe Bir Uygulama, Hacettepe Üniversitesi Sosyal Bilimler Enstitüsü, pp. 1-155,

                     Ankara, Turkey, 2022, openaccess.hacettepe.edu.tr MTMT

          c32     Quicios García M. del Pilar, Herrero Teijón, Pablo González, Ocejo Patricia, 5G Educativo, Factor de

                     proteción ante la incertidumbre en la España vaciada, Seguridad y ciudadanía, Dykinson, Madrid, ID:

                     5338120, ISBN: 9788411225595, pp. 145-162, 2022. MTMT

          c33     Martínez Rodríguez, Jorge, El futuro de las empresas automovilísticas, El impacto de la tecnología 5G en

                     la industria del automóvil en España, 2022, repositorio.comillas.edu/xmlui/handle/11531/56647 MTMT

          c34     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII Kandó Konferencia, pp.

                     67-74, Budapest, Magyarország, ISBN: 978-963-449-272-6, 2021 novemer 18-19. MTMT

          c35     Pratyay Chattopadhyay, Homak P. Patel, A Framework for Sensors and IOT Based Smart Electric Pole,

                     International Research Journal of Modernization in Engineering Technology and Science, pp. 202-208,

                     Vol. 4, Issue 06, e-ISSn 2582-5208, June 2022. MTMT

                     „Owing to its name this technology proves to be advantageous because of its higher speed and giving a

                     provision to add multiple devices for fast and better use as Pisarov and et. al., 2020 [3]. When it comes to

                     the understanding of what an IoT-enabled device looks like, there are smartphones, remote-controlled cars,

                     sensors (such as motion sensors, smart thermostats, etc.) like in Pisarov et. al., 2020 [3].

          c36     László Berek, Smart Devices and Services in The Library-The Importance of Smart Libraries, IPSI Trans-

                     actions on Advanced Research, pp. 8-12, Vol. 17, No. 2, ISSN 1820 – 4511, July 2021. MTMT

          c37     Sucu, Mustafa Çağrı, Türkiye Mobil Sektöründe Abone Kaybı Tahminlemesi, pp. 1-125, dissertation, KTO

                     Karatay Üniversitesi, Aralik, 2021. http://hdl.handle.net/20.500.12498/5200. MTMT

          c38     Andrés Guasca Moreno, Análisis Prospectivo de la Tecnología 5G en Colombia: Tendencias y Desafíos,       

                     PALMA Express, In Raúl, Cera Ochoa (edit.) Memorias I Congreso Internacional de Investigación en

                     Ingenierías “Tecnologías emergentes aplicadas a la ingeniería”, Bogota, Kolumbia: Fundación Universi-

                     taria San Mateo pp. 33–50. 2022. Recuperado a partir de

                     https://cipres.sanmateo.edu.co/ojs/index.php/libros/article/view/491 MTMT

          c39     Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Tren-

                     dovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1,

                     Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c40     Gyula Mester, Césár Bautista, A tárgyak internete IOT az önvezető autókban, Vajdasági Magyar Tudomá-

                     nyos Társasság, konferencia kiadvány, pp. 265-271, ISBN: 978-86-88077-13-2, Újvidék, Szerbia,

                     13.11.2021. MTMT

          c41     Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02.2022. MTMT

          c42     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., XXVII  Skup Trendovi

                     Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 447-450,

                     ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15 - 18. 02.2021. MTMT

          c43     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, XXVII Skup Trendovi Razvoja:

                     “On-line Nastava na Univerzitetima”, Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7,15-18.02.2021.

                     MTMT

          c44     Gyula Mester, Odredjivanje identifikatora naučnih publikacija i i citata pomoću baze Google Scholar,

                     XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, University of

                     Novi Sad, pp. 415-418, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

          c45     Ali Tuna Dinçer, Mehmet Yıldırım, Kural Tabanli Bulanik Mantik ile Akademik Performans

                     Değerlendirmesi, Proceedings of the International Marmara Sciences Congress, pp. 170-180, ISBN: 978-

                     605-70762-0-5, Kocaeli, Turkey, 21-22 May 2021. MTMT

          c46     Jelena Pisarov, Maja Stojanović, VPYTHON u službi laboratorijskih vežbi iz fizike na Departmanu za

                     fiziku u Novom Sadu, In: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line nastava na

                     univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 419-422, ISBN 978-86-6022-313-7,

                     2021. MTMT

          c47     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global (2022) pp. 969-

                     1001,chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:

                     10.4018/978-1-6684-3694-3.ch048, 2022. MTMT

          c48     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for  Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c49     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c50     Küfeoğlu, S., Emerging Technologies. In: Emerging Technologies, Sustainable Development Goals Se-

                     ries, Springer, Cham, DOI: 10.1007/978-3-031-07127-0_2, Print ISBN 978-3-031-07126-3, 2022.

                     MTMT

          c51     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c52     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c53     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c54     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c55     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c56     Dewari, S., Gupta, M., Kumar, R., Obaid, A. J., AL-Hameed, M. R., A Review Analysis on Measuring the

                     Soil Characteristic in Agriculture Using Artificial Intelligence and IOT. In: Sharma, D.K., Peng, SL.,

                     Sharma, R., Jeon, G. (eds), Micro-Electronics and Telecommunication Engineering, Lecture Notes in

                     Networks and Systems, pp 325–334, Vol 617, Springer, Singapore. DOI:10.1007/978-981-19-9512-5-30,

                     Print ISBN 978-981-19-9511-8, 2023. MTMT

          c57     Naaz, S., Rao, H., Aggarwal, P., Obaid, A. J., 5G as a New Phase of Wireless Network Technology. In:

                     Sharma, D.K., Peng, SL., Sharma, R., Jeon, G. (eds) Micro-Electronics and Telecommunication Enginee-    

                     ring, Lecture Notes in Networks and Systems, pp 335–343, Vol 617. Springer, Singapore, Print ISBN 978-

                     981-19-9511-8, DOI: 10.1007/978-981-19-9512-5_31, 2023. MTMT

          c58     Zhou, J., Jing, H., Ning, L., Pang, K. A Hybrid Architecture of 5G Private Network Solution for Urban

                     Rail Transportation Systems. In: Liang, Q., Wang, W., Liu, X., Na, Z., Zhang, B. (eds) Communications,

                     Signal Processing, and Systems. CSPS 2022. Lecture Notes in Electrical Engineering, Vol. 873. Springer,

                     Singapore, DOI:10.1007/978-981-99-1260-5_11, 2023. MTMT

          c59     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                     394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14 - 17. 02. 2022. MTMT

          c60     Pratyay Chattopadhyay, Homak P. Patel, A Framework for Sensors and IOT Based Smart Electric Pole,

                     International Research Journal of Modernization in Engineering Technology and Science, Vol. 04, Issue

                     06, pp. 202-208, e-ISSN: 2582-5208, 2022.

                     „Owing to its name this technology proves to be advantageous because of its higher Speed and giving a

                     provision to add multiple devices for fast and better use as Pisarov and et. al., 2020 [3]. When it comes to

                     the understanding of what an IoT- enabled device looks like, there are smartphones, remote-controlled

                     cars, sensors (such as motion sensors, smart thermostats, etc.) like in Pisarov et. al., 2020 [3]. MTMT

          c61     Zakaria El 0uadi, Asma Khabba, Jamal Amadid, Abdessalam El Yassini, Saida Ibnyaich and Abdelouhab

                     Zeroual, Compact 5G Filtenna Operating at 26.17 GHz, Proceedings of the ICDTA 2022, Fez, Morocco,

                     LNNS 454, pp. 351-358, DOI: 10.1007/978-3-031-01942-5-35, 2022. MTMT

          c62     Fawzy Habeeb, Khaled Alwasel, Ayman Noor, Devki Nandan Jha, Duaa AlQattan, Yinhao Li, Gagangeet

                     Singh Aujla, Tomasz Szydlo, Rajiv Ranjan, Dynamic Bandwidth Slicing for Time-Critical IoT Data

                     Streams in the Edge-Cloud Continuum, in IEEE Transactions on Industrial Informatics, Vol. 18, No. 11,

                     pp. 8017-8026, DOI: 10.1109/TII.2022.3169971, Nov. 2022. MTMT

          c63     Vladimir Katic,  PV Solar Energy Supply in Smart Cities, IPSI Transactions on Internet Research, Vol. 18,

                     Issue 1, pp. 28-33, DOI: 10.58245/ipsi.tir.22jr.06, ISSN 1820 – 4503, 2022. MTMT

          c64     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c65     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451- 2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c66     Szilárd Kovács, Zoltán Barta, János Botzheim, Traffic Optimization by Local Bacterial Memetic Algo-

                     rithm. In: Nguyen, N.T., et al. Computational Collective Intelligence. ICCCI 2023. Lecture Notes in

                     Computer Science (), Vol 14162, pp. 484-496, Springer, Cham, DOI: 10.1007/978-3-031-41456-5_37,

                     2023. MTMT

          c67     Fredelino A. Galleto Jr., Aaron Don M. Africa, Frediezel G. De Leon, Alvin B. Culaba, Fifth-Generation

                     Networks: The Adoption of Technology in a Developing Country, SciEnggJ, Vol. 16, No. 02, pp. 310-320,

                     2023.

                     „For political reasons, nations including China, Turkey, Algeria, Bahrain, India, and Turkey have all

                     enacted various limitations (Pisarov & Mester, 2020).” MTMT

          c68     Aparna Balasubramaniam, Rabindra Kumar Singh, Amit Kumar Tyagi, Self-Driving Car Simulation

                     Using Reinforcement Learning and Xception Model Tuning, 2023 4^th International Conference on Smart

                     Electronics and Communication (ICOSEC), Trichy, India, pp. 1293-1302, DOI: 10.1109/ICOSEC58147.

                     2023.10276222, 2023.

                     „Cubic Telecom's global connected software solutions are vital to establishing the success and adoption

                     of AVs technologies in the present and future [2]. Even when the producer does it, it is very difficult to

                     regulate in the mass market sector [2]. •Insurance - Insurance problems are a big issue on the road to

                     AVs.” MTMT

          c69     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c70     Shaman Bhat, Optimizing Network Costs for NFV Solutions in Urban and Rural Indian Cellular  

                     Networks, European Journal of Electrical Engineering & Computer Science, Vol. 8, No. 4, ISSN: 2736-

                     5751, 2024. MTMT

          c71     Jelena Pisarov, Önvezető autók okos városokban, Research Gate, pp. 1-6, 2020. MTMT

          c72     Sepehr Ashtari Nakhaei, Knowledge-Defined Routing Strategies for Next Generation Wireless Networks,

                     University of Technology, Sydney, Dissertation, 30757825, 2023 - search.proquest.com MTMT

          c73     M. S. Pramod, Arun Balodi, Aditya Pratik, G. Satya Sankalp, B. Varshita, R. Amrit, Energy-Efficient

                     Reinforcement Learning in Wireless Sensor Networks Using 5G for Smart Cities, in book: Applications of

                     5G and Beyond in Smart Cities, pages: 24, CRC Press, eBook ISBN9781003227861, 2023. MTMT

          c74     Siti Hajar Komariah, Rd. Rohmat Saedudin, Rizki Yantami Arumsari, Umar Yunan KSP Yunan KSP,

                     Implementation of 5G Telecommunication Network Services in Indonesia based on Techno-economic

                     Analysis, International Journal on Informatics Vizualization, Vol. 7, No. 4, ISSN 2549-9904, DOI: 10.

                     62527/joiv.7.4.2447, 2023. MTMT

          c75     Pathirana Thilina, Olimid Ruxandra F. and Nencioni Gianfranco, Overview on Joint Security and

                     Dependability Modeling (July 01, 2024). Available at SSRN: https://ssrn.com/abstract=4931092 or

                     http://dx.doi.org/10.2139/ssrn.4931092. MTMT

          c76     Bahar Barışer, İnci Umakoğlu, Mustafa Namdar, Arif Başgümüş, Microstrip Patch Antenna Design for

                     5G and Beyond Wireless Communication Systems, Journal of Scientific Reports – A, Issue: 058, 83 - 98,

                     DOI: 10.59313/jsr-a.1518956, 29.09.2024. MTMT

          c77     Vijit Sai Tagirisa, Develop a Predictive Model & Analyze the Impact On Common Memory Usage in a

                     5G Radio Unit, Master of Science, p. 39, Faculty of Engineering, Blekinge Institute of Technology,

                     Karlskrona, Sweden, 2024 - diva-portal.org MTMT

          c78     Endah Setyowati, Ahmad Fauzi, Galura Muhammad Suranegara1, Faris Abdul Jabbar, Bibliometric

                     Computational Mapping  Analysis of Publication on 5G Technology using Vosviewer and Publish or

                     Perish Application, Journal of Engineering Science and Technology, Special Issue on IEC2022, pp. 124-

                     139, School of Engineer,ing, Taylor’s University, November 2022. MTMT

          c79     Zhigang Guo, Construction of the Evaluation System of Classroom Practice Teaching in Colleges and

                     Universities Driven by 5G Network Communication Technology, Advances in Educational Technology

                     and Psychology, Clausius Scientific Press, DOI: 10.23977/aetp.2023.071607, ISSN 2371-9400 Vol. 7,

                     No. 16 pp. 52-62, Canada, 2023. MTMT

          c80     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c81     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, pp. 361-364, ISBN 978-86-6022-554-4, Vrnjačka   

                     Banja, 8-11.02.2023. MTMT

          c82     Césár Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, pp. 85-88, ISBN 978-86-6022-554-4, Vrnjačka Banja, 8-11.02.2023.

                     MTMT

          c83     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c84     A. Alsaqabi, H. Canbolat, Design and Analysis of High Gain Dualband Compact Antenna with Fork and

                     Square Slots for Future 5G Technology, International Marmara Sciences Congress (Spring) 2021, Proce-

                     edings Book, Research Gate, pp. 190-198, May 2021. MTMT

          c85     Vladimir Katić, PV Solar Energy Supply in Smart Cities, pp. 28-33, DOI: 10.58245/ipsi.tir.22jr.06,

                     Research Gate, 2022. MTMT

          c86     Manish Rajput, Mayank Soni, Durgesh Bhardwaj, Abdul Aleem, 5G Technology for Mobile Network,

                     International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Vol. 09,

                     Issue: 07, pp. 2502-2510, July 2022, www.irjet.net MTMT 

          c87     L. Korada, S. Somepalli, Leveraging 5G Technology and Drones for Proactive Maintenance in the Power

                     Transmission Industry: Enhancing Safety, Continuity, and Cost Savings, Journal of Engineering and

                     Applied Sciences Technology, Vol. 4, No. 4, pp. 1-5, DOI: 10.47363/JEAST/2022(4)260, ISSN: 2634 –

                     8853, December 2022. MTMT         

          c88     László Szegedi, Autonomna vozila, YuInfo Konferencija 2022, DOI: 10.13140/RG.2.2.23098.26565,

                     Kopaonik, Research Gate, 2022. MTMT

          c89     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c90     Jelena Pisarov, Maja Stojanović, VPython u službi laboratorijskih vežbi iz fizike na Departmanu za fiziku

                     u Novom Sadu, XXVII  Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”,  Novi Sad, Serbia,

                     University of Novi Sad, pp. 419-422, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021.

                     MTMT

          c91     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c92     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c93     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

           c94     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudományos

                     Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c95     Dalma Zilahy, Az önvezető autók elfogadása, Research Gate, pp. 7-11, 2021. MTMT   VMTT 2021

          c96     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, Vajdasági Magyar Tudományos Társaság, on - line

                     konferencia, pp. 332-340, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c97     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia, University of Novi

                     Sad, pp. 371-3 74, ISBN 978-86-6022-313-7, 2021. MTMT

          c98     Ali Tuna Dinçer, Mehmet Yıldırım, Kural Tabanli Bulanik Mantik ile Akademik Performans Değerlendir-

                     mesi, International Marmara Sciences Congress (Spring) 2021, Proceedings Book, pp. 170-180, ISBN:

                     978-605-70762-0-5, Kocaeli, Türkiye, 21 – 22 May 2021. MTMT

          c99     Maiwada, Umar Danjuma and Danyaro, Kamaluddeen Usman and Sarlan, Aliza Bt and Liew, MS and

                     Dauda, Mohammed Hamza (2023) Heterogeneous Networks Handover Strategies with 5G Energy

                     Efficiency. Kepes, UTP Scholarly Publication, Vol. 21, No. 3, 2023. MTMT

                     http://scholars.utp.edu.my/id/eprint/37077/

          c100   Alsaqabi A., Design and Analysis of Multiband Compact Antennas for Future 5G Applications (Doctoral

                     dissertation, Ankara Yıldırım Beyazıt Üniversitesi Fen Bilimleri Enstitüsü), 2021. MTMT

          c101   Tümer Sercan, Endüstriyel Satın Almada Dijital Teknolojilerin Kabulü: TAM ve TOE Modelleri

                     Kapsamında Havacılık Sektöründe Bir Uygulama, 2022. MTMT

          c102   Dongming Wei, Almir Aniyarov, Dichuan Zhang, Christos Spitas, Daulet Nurakhmetov, Andas Amrin,

                     Kelvin-Voig Lumped Parameter Models for Approximation of the Power-law Euler-Bernoulli Beams, Ale-

                     xandria Engineering Journal, Vol. 78, pp. 246-255, ISSN 1110-0168, DOI: 10.1016/j.aej.2023.07.013,

                     2023. MTMT

                     „In [28] analytically solution of (8) is provided and compared with the numerical solution.”

             c103   Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c104   Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c105   László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c106   Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c107   László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c108   Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c109   Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c110   Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c111   Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c112   Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

C30. Gyula Mester, Elektromos autók újdonságai 2019, Bánki Közlemények, Vol. 3, No. 1, pp. 37-41, ISSN 2560-2810, 2020.

Research Gate, Google Scholar, MTMT.

          c1       Natalija Aleksić, Danijela Nikolić, Vanja Šušteršič, Saša Jovanović, Development of the Modern Auto-

                     motive Industry Based on the Solar Technology Application, Mobility & Vehicle Mechanics, UDC:

                     629.3.016.8, Vol. 48, No. 3, pp 29-43, DOI: 10.24874/mvm.2022.48.03.03, 2022. MTMT

       “This is particularly advantageous when used frequently on motorways, especially when driving long dis-

       tances or high speeds. Due to the lower energy consumption, the car has a greater range [20].”

          c2       Boglárka Konka, Anita Veres, Overview of European Patents in Germany, France and Spain, with a Po-

                     tential Application to the Development of Electric Vehicles, Juhász J. (ed): Proceedings of the European

                     Union’s Contention in the Reshaping Global Economy, pp. 265-284, DOI: 10.14232/eucrge.2022.17,

                     University of Szeged, Doctoral School in Economics, Szeged, 2022. MTMT

 

C31. Damir Šostarić, Gyula Mester, Drone localization using Ultrasonic TDOA and RSS Signal- Integration of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, No. 1, pp. 21-30, ISSN 1451-2092, DOI:10.5937/fmet2001021S, 2020.

Web of Science, Scopus, Google Scholar, MTMT, MTMT 28/36 65 idézet

          c1       Dušan M. Ranđelović, Goran S. Vorotović, Aleksandar Č. Bengin, Pavle N. Petrović, Quadcopter Altitude

                     Estimation Using Low-Cost Barometric, Infrared, Ultrasonic and LIDAR Sensors, FME Transactions, Vol.

                     49, No 1, pp. 21-28, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101021R, 2021. MTMT

                     „The paper [12] presents an overview of indoor and outdoor drone localization methods with an ultrasonic

                     rangefinder, which continues research in [13] using ultrasonic sensors for SLAM (Simultaneous

                     Localization And Mapping).”

          c2       Pisarov Jelena, Mester Gyula, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, Issue 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021.

                    Web of Science, MTMT

          c3       César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars environment, Interdisciplinary

                     Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

          c4       Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 168-

                     173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

          c5       Zehua Dou, Dmitriy Karnaushenko, Oliver G. Schmidt, Daniil Karnaushenko, A High Spatiotemporal Re-

                     solution Ultrasonic Ranging Technique With Multiplexing Capability, IEEE Transactions on Instrumenta-

                     tion and Measurement, Vol. 70, pp. 1-12, DOI: 10.1109/TIM.2021.3120129, Art No. 6505012, 2021.          

                     MTMT

          c6       Péter Miksa Hell, Péter János Varga, Drone Component for Radio Frequency Detection, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 20, Issue 3, pp. 230-238, DOI: 10.7906/indecs.20.3.2,

                     ISSN 1334-4684, 2022. MTMT

          c7       Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, pp. 110-

                     121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c8       Feng Jia, Yang Song, UAV Automation Control System Based on an Intelligent Sensor Network, Journal of

                     Sensors, Vol. 2022, Article ID 7143194, 12 pages, DOI: 10.1155/2022/7143194, 2022. MTMT

          c9       Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descrip-

                     tion of Complex, Systems, Indecs, Vol. 21, Issue 2, pp. 199-205, DOI: 10.7906/indecs.21.2.9, ISSN 1334-

                     4684, 2023. MTMT

          c10     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     VMTT, on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14.

                     MTMT

          c11     Šoštarić Damir, Mester Gyula, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, Vol. 47, Issue 4, pp. 914-924, ISSN: 1451-2092, DOI: 10.5937/fmet1904914S, 2019.

                     MTMT

          c12     Jianqiao Cheng, Ground User Localization in UAV-based Wireless Networks: From Channel Characteri-

                     zation to System Design, Dissertation, Brussels School of Engineering, p. 165, 2022. MTMT

          c13     Jaeuk Baek, SungHo Lee, Changeun Lee, Sangjoon Park, A Deep Learning Approach for Robust Target

                     Tracking in a Cluttered Environment, 2021 International Conference on Information and Communication

                     Technology Convergence, ICTC, Jeju Island, Republic of Korea, pp. 1033-1035, ISSN: 2162-1233, DOI:

                     10.1109/ICTC52510.2021.9620770, 2021. MTMT

          c14     Vahid Kiani, Two Fuzzy Virtual Force Algorithms to Improve Sensor Deployment in Wireless Sensor Net-

                     works, Journal of Information and Communication Technology, Vol. 14, Issue 51, pp. 1-16, Article ID:

                     1401032238064, 2022. MTMT

          c15     Castiblanco J. M., Garcia-Nieto S., Ignatyev D., Blasco X. 2022. Base de Datos Abierta TRAM-FPV

                     RACING. Secuencias Completas de Vuelo Indoor Para el Estudio de Drones de Carreras. In: XLIII

                     Jornadas de Automática: Libro de Actas, Logrono, La Rioja, pp. 341-352, ISBN 978-84-9749-841-8,

                     DOI: 10.17979/spudc.9788497498418.0341, Spain, 7-9 September 2022. MTMT

          c16     Dušan M. Ranđelović, Goran S. Vorotović, Aleksandar Č. Bengin, Petrović, Pavle N., Quadcopter Altitude

                     Estimation Using Low-Cost Barometric, Infrared, Ultrasonic and LIDAR Sensors, FME Transactions, Vol.

                     49, Issue 1, pp. 21-28, ISSN: 1451-2092, DOI: 10.5937/fme2101021R, 2021. MTMT

          c17     Hell Péter Miksa, A drónok alkalmazásának vizsgálata a katasztrófavédelem tevékenységében, disszertáci-

                     ó, Óbudai Egyetem, Biztonságtudományi doktori iskola, Budapest, p. 169, 2022. MTMT

          c18     Brajesh Kumar Singh, Awadhesh Kumar, Vinod Kumar Giri, Comprehensive Review of Various Control

                     Strategies for Quadrotor Unmanned Aerial Vehicles, FME Transactions, Vol. 51, No. 3, pp. 298-317,

                     DOI: 10.5937/fme2303298S, 2023. MTMT

                     „Apart from the control design problem, the seasons for state estimation and data acquisition system are

                     the emerging area of research for the Simultaneous Localization and Mapping (SLAM) for the Quadrotor

                     UAV which has been reported in [46,47].”

          c19     Pushpak Shukla, Shailendra Shukla, Amit Kumar Singh, Trajectory-Prediction Techniques for Unmanned

                     Aerial Vehicles (UAVs): A Comprehensive Survey, IEEE Communications Surveys & Tutorials, ISSN:

                     1553-877X, DOI: 10.1109/COMST.2024.3471671, 2024. MTMT

          c20     Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descripti-

                     on of Complex Systems, Indecs, Vol. 21 No. 2, pp. 199-205, DOI: 10.7906/indecs.21.2.9, 2023. MTMT

          c21     Olivier Poulet, Frédéric Guinand and François Guérin, Self-Localization of Anonymous UGVs Using Deep

                     Learning from Periodic Aerial Images for a GPS-Denied Environment, Robotics, MDPI, Vol. 13, No. 10,

                     pages 148, DOI: 10.3390/robotics13100148, 2024. MTMT

          c22     Chenlin He, Xiaojun Wang, Jiyu Jiao, Lei Wang and Youjia Tong, ADLoc: an Angle-Delay Fingerprint

                     Localisation Method for MIMO-OFDM Systems, International Journal of Sensor Networks, Vol. 45, No.

                     2, pp. 115-125, DOI: 10.1504/IJSNET.2024.138912, 2024. MTMT

          c23     Chenlin He, Xiaojun Wang, Jiyu Jiao, Yuhua Huang, Chengpei Han, Yizhuo Zhang and Jianping Zhu,

                     A Rapid Fingerprint Positioning Method Based on Deep Convolutional Neural Network for MIMO-

                     OFDM Systems, Urban Lifeline, Vol. 2, No. 12, DOI: 10.1007/s44285-024-00021-4, 2024. MTMT

          c24     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c25     贺晨琳; 王霄峻; 汪磊,一种基于大规模MIMO系统的三维空间指纹定位方法, Telecommunication Engi-

                     neering, 2023, Vol 63, Issue 12, p1876, ISSN 1001-893X, DOI: 10.279/j.issn.1001-893x.230831004,

                     2023. MTMT

          c26     Jelena Pisarov, Önvezető autók okos városokban, Research Gate, pp. 1-6, 2020. MTMT

          c27     A. Kumar, B. Alankar, J. Ahmed and H. Kaur, Bayesian Filtering-Based Internet of Drone Things for Pre-

                     cision Drone Delivery: Challenges, Unravelling, and Future Research Scope, 2024 International Confere-

                     nce on Electrical Electronics and Computing Technologies (ICEECT), Greater Noida, India, 2024, pp. 1-6,

                     DOI: 10.1109/ICEECT61758.2024.10739206. MTMT

          c28     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c29     Castiblanco J M., Garcia-Nieto S., Ignatyev D. Blasco, X., The Tram-FPV Racing Open Database. Sequ-

                     ences Complete Indoor Flight Tests for the Study of Racing Drones. In: XLIII Automatica 2022, 7-9

                     September 2022, Logrono, La Rioja, Spain, 2022. MTMT

             c30     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c31     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c32     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c33     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c34     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c35     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c36     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c37     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c38     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c39     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c40     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azono-

                     sítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adatbá-

                     zisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023. MTMT

          c41     Gyula Mester, A régió egyetemei a 2025-ös Shanghai Egyetemi Világranglistán, Research Gate, pp. 1-6,

                     2025. MTMT

          c42     Gyula Mester, Önvezető autók kutatóinak világranglistája 2025, Research Gate, pp. 1-5, 2025. MTMT

          c43     Mester Gyula, The 2024 Ranking List of Hungarian Scientists in the Field of Scientometrics, Analecta

                    Technica Szegedinensia, Vol. 19, No. 1 pp. 66-70, 2025. MTMT

          c44     Janos Santa, 2025 World Ranking of Unmanned Autonomous Systems Researchers, Research Gatepp. 1-5,

                     2025. MTMT

          c45     Gyula Mester, A Belgrádi egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-4, DOI: 10.13140/

                     RG.2.2.28556.224022025. MTMT

          c46     Gyula Mester, Universities in the South Slavic Countries in Shanghai World University Ranking, Research

                     Gate, pp. 1-5, 2025. MTMT

          c47     Gyula Mester, Hungarian Universities in Times Higher Education World University Rankings 2026,

                     Research Gate, pp. 1-7, 2025. MTMT

          c48     Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, XXX Skup Trendovi

                     Razvoja: “Nastavnici i saradnici kao centar promena u visokom obrazovanju”, pp. 309-312, Paper No. T5.

                     47, Vrnjačka Banja, 7-10.2.2024. 2024. MTMT

          c49     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, XXX Skup

                     Trendovi Razvoja: “Nastavnici i saradnici kao centar promena u visokom obrazovanju”, pp. 260-265,

                     Paper No. T5.37, Vrnjačka Banja, 7-10.2.2024. 2024. MTMT

          c50     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX Kandó Konferencia, pp. 278-283,

                     Óbudai Egyetem, Budapest, Hungary, 2024. MTMT

          c51     Janos Santa, Magyarországi egyetemek a Times Higher Education egyetemi világranglistán, Research

                     Gate, pp. 1-7, 2025. MTMT

          c52     Gyula Mester, Academic Ranking of World Universities 2019, Research Gate, pp. 1-11, 2021. MTMT

          c53     Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6,

                     2025. MTMT

          c54     Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.

                     40648, 2025. MTMT

          c55     Gyula Mester, A Zágrábi egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/

                     RG.2.2.24460.99200, 2025. MTMT

          c56     Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI: 10.

                    13140/RG.2.2.21446.59203, 2025. MTMT

          c57     Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.24673.011

                    202025. MTMT

          c58     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-5, 2024. MTMT

          c59     Jelena Pisarov, Igor Pisarov, Rang Lista Fizičara Srbije u 2024 god., Research Gate, pp. 1-4, 2024.

          c60     Gyula Mester, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-5,

                     2024. MTMT

          c61     Gyula Mester, Az Óbudai Egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-4, 2025. MTMT

          c62     Gyula Mester, Prikaz 50 najbolje rangiranih istraživača Univerziteta u Beogradu u 2020 god., Research

                     Gate, pp. 1-6, 2020. MTMT

          c63     Mester Gyula, Szerbiai robotikai kutatók ranglistája, Vajdasági Magyar Tudományos Társaság 2020-as

                     konferenciája, Újvidék, Szerbia, 2020. MTMT

          c64     Gyula Mester, Odredjivanje identifikatora naučnih publikacija i citata pomoću baze podataka Google 

                     Scholar, XXVII Skup Trendovi Razvoja: “On-line nastava na univerzitetima”, pp. 415-418, Novi Sad,

                     Szerbia, 15-18. 02. 2021. MTMT

C32. Damir Sostaric, Gyula Mester and Sanja Dorner, ECG Simulation and Integration of Kalman Filter in Cardio Pediatric Cases, Interdisciplinary Description of Complex Systems, Zagreb, Vol. 17, No. 3-B, pp. 615-628, ISSN 1334-4684, DOI: 10.7906/indecs.17.3.12, 2019.

Web of Science, Research Gate, Google Scholar, MTMT.

          c1       Borislav T. Ganev; Ivo Ts. Iliev; Irena I. Jekova; Vessela Tz. Krasteva, LabVIEW ECG and Noise Simula-

                     tor for Advanced Synthesis of Machine Learning Databases, 2022 XXXI International Scientific Conferen-

                     ce Electronics (ET), 2022, pp. 1-6, Publisher: IEEE, DOI: 10.1109/ET55967.2022.9920258. MTMT

                     “Different developments with this toolkit demonstrate its usability for ECG signal processing [39], [40].”

          c2       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

                     MTMT

          c3       Sabbella Urmila, R. Anil Kumar, Mahesh K. Singh, Cardiac Surveillance System Using by the Modified

                     Kalman Filter, In book: Artificial Intelligence and Data Science, Kumar, A., Fister Jr., I., Gupta, P.K.,

                     Debayle, J., Zhang, Z.J., Usman, M. (eds), Communications in Computer and Information Science, DOI:

                     10.1007/978-3-031-21385-4_10, Vol. 1673, Springer, Cham., December 2022. MTMT

          c4       Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c5       Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudo-

                     mányos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c6       Seyed Mehdi Kheiri Gashti, Dr. Seyed Mohamad Mehdi Safi, Dr. Mohammad Adeli and Dr. Mohammad-

                     reza Hedyehzadeh, The role of Kalman filters in signal processing, Conference: Biological signals, pp. 1-

                     5, IRAN, April 2023. MTMT

 

C33. Damir Sostaric, Gyula Mester and Sanja Dorner, Mobile ECG and SPO2 Chest Pain Subjective Indicators of Patient with GPS Location in Smart Cities, Interdisciplinary Description of Complex Systems, Zagreb, Croatien Interdisciplinary Society, Vol. 17, No. 3-B, pp. 629-639, ISSN 1334-4684, DOI: 10.7906/indecs.17.3.17, 2019.

Web of Science, Research Gate, Google Scholar. MTMT.

          c1       Sahil Sood, Sandeep Kumar, Fog-Cloud Centric IoT-based Cyber Physical Framework for Panic Oriented

                     Disaster Evacuation in Smart Cities. Earth Science Informatics, p. 22, 2020.

                     https://doi.org/10.1007/s12145-  020-00481-6.

                     Web of Science, Scopus, MTMT

          c2       Hell Péter Miksa, A drónok alkalmazásának vizsgálata a katasztrófavédelem tevékenységében, disszertácó,

                     p. 169, Óbudai Egyetem, Budapest, Hungary, 2022. MTMT

                     „A HTML oldalon generált adatok a képernyő alján egy szövegmezőben láthatók. [181] [182]“

          c3       Péter Miksa Hell, Péter János Varga, Drone Component for Radio Frequency Detection, Interdisciplinary

                     Description of Complex Systems, Vol. 20, Issue 3, pp. 230-238, DOI: 10.7906/indecs.20.3.2, 2022.

                     MTMT

          c4       Péter János Varga, Zsolt Illési, Wi-Fi 6 Application in Iot Environment, Interdisciplinary Description of

                     Complex Systems, Vol. 20, Issue 3,  pp. 277-283, DOI: 10.7906/indecs.20.3.7, 2022. MTMT

          c5       Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c6       Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudo-

                    mányos  Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c7       Mehdi Ali Mirza, Sudha Bala, Rajiv Kumar Bandaru, Mallikharjuna Kampally, Sowjanya Patibandla,    

                     Validation of  Wireless Real-Time Multi-Vitals Monitoring Solution for Utility in Remote Patient Monito-

                     ring at Clinical Care Practice, Acta Biomed, Vol. 94, No. 1, pp. 1893-1908, ISSN: 0392-4203, eISSN:

                     2531-6745, 2023. MTMT

          c8       Viktor Meglenovski, Stojan Delenikov, Bojan Dukovski, Hristina Miteva, Bojana Koteska, Magdalena

                     Kostoska, Ana Madevska Bogdanova, Extraction and Preprocessing of PPG Data from the MIMIC III

                     Database, The 20^th International Conference on Informatics and Information Technologies - CIIT 2023,

                     pp. 38-42, Krushevo, N. Macedonia, 2023. MTMT

C34. Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data, FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI: 10.5937/fmet 1904914S, 2019.

Web of Science: 000476644100031, Scopus, Google Scholar: 3479515761331007101, Research Gate, MTMT.

          c1       Dušan M. Ranđelović, Goran S. Vorotović, Aleksandar Č. Bengin, Pavle N. Petrović, Quadcopter Altitude

                     Estimation Using Low-Cost Barometric, Infrared, Ultrasonic and LIDAR Sensors, FME Transactions,

                     Vol. 49, No 1, pp. 21-28, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101021R, 2021. MTMT

                     „The paper [12] presents an overview of indoor and outdoor drone localization methods with an ultrasonic

                     range finder, which continues research in [13] using ultrasonic sensors for SLAM (Simultaneous

                     Localization And Mapping).”

          c2       Sostaric Damir, Mester Gyula, Dorner Sanja, ECG Simulation and Integration of Kalman Filter in Cardio

                     Pediatric Cases, Interdisciplinary description of complex systems, Vol. 17, Issue 3, pp. 615-628, 2019.

                     Web of Science, MTMT

          c3       Sostaric Damir, Mester Gyula, Drone Localization using Ultrasonic TDOA and RSS Signal - Integration

                     of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, pp. 21-30, 2020.

                     Web of Science, MTMT

 

C35. Attila Albini, Gyula Mester and László B. Iantovics, Unified Aspect Search Algorithm, Interdisciplinary Description of Complex Systems, Indecs, Zagreb, Croatien Interdisciplinary Society, Indecs, Vol. 17, No. 1-A, pp. 20-25, ISSN 1334-4676, DOI: 10.7906/indecs.17.1.4, 2019.

Web of Science: 000462813600004, Google Scholar: 3787661517439323051, Research Gate, MTMT: 30631747, MTMT 31/52  GS cit. 84

          c1       Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, No. 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „The main philosophical issues and the related problems are as follows [14]: Philosophical topics are

                     organized around issues of existence, knowledge, action, truth and change [14].”

          c2       Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Con-

                     ference INTERENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Pro-

                     ceedings published 31   December 2020, Vol. 63, No. 60, pp. 1-6, DOI: 10.3390/proceedings202006306.

                     MTMT

                     „The implementation of the system control includes the monitoring and event management of the system

                     [19–23].”

          c3       Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th Internati-

                     onal Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October

                     2020. Proceedings 2020, Vol. 63, No. 1, pp. 1-7, DOI: 10.3390/proceedings2020063050, published: 25

                     December 2020. MTMT

                     „The analysis of the movement of systems over time differs depending on the structural changes [12,13,

                     14]. For this reason, it is worth using the structure of the information system simplified system model

                     [12,13,14] to model the structures of the systems.”

          c4       Sostaric Damir, Mester Gyula, Drone Localization using Ultrasonic TDOA and RSS Signal - Integration

                     of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, pp. 21-30, 2020.

                     Web of Science, Scopus, MTMT

          c5       László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

                     Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c6       Mester Gyula, Pisarov Jelena, Zilahy Dalma, Magyarországi robotikai kutatók ranglistája, In: Temesvári,

                     Zsolt (edit.) XXXV. Jubileumi Kandó Konferencia 2019, Budapest, Magyarország, Óbudai Egyetem,

                     Kandó Kálmán Villamosmérnöki Kar, pp. 1-8, 2020. MTMT

          c7       Mester Gyula, Pisarov Jelena, Németh Endre, Óbudai Egyetem rangsorolása a Webometrics 2019-es

                     ranglistákon, In: Temesvári, Zsolt (szerk.) XXXV. Jubileumi Kandó Konferencia 2019, Budapest,

                     Magyarország, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, pp. 233-238, 2020. MTMT

          c8       Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, In: Vladimir Katic (edit) Inovacije u modernom

                     obrazovanju, XXVI skup Trendovi razvoja, Novi Sad, Szerbia, University of Novi Sad, Faculty of

                     Technical Sciences, pp. 559-562, 2020. MTMT

          c9       Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Vladimir Katić

                     (edit.) XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University

                     of Novi Sad, pp. 447-450, ISBN 978-86-6022-313-72021. MTMT

          c10     Gyula Mester, Odredjivanje identifikatora naučnih publikacija i i citata pomoću baze Google Scholar,

                     In: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad,

                     Szerbia, University of Novi Sad, pp. 415-418, ISBN 978-86-6022-313-7, 2021. MTMT

          c11     Jelena Pisarov, On-line polaganje kompleksnog ispita, Zbornik radova XXVII Skup Trendovi Razvoja:

                     On-Line Nastava na Univerzitetima, TREND, Novi Sad, Serbia, pp. 229-232, ISBN 978-86-6022-313-7,

                     15-18. 02. 2021. MTMT

          c12     Delilovic Namik, Recommender Systems in Digital Libraries Using Artificial Intelligence and Machine

                     Learning, In: Milutinović, Veljko; Kotlar, Miloš (edit.) Handbook of Research on Methodologies and

                     Applications of Super-Computing, Hershey (PA), USA, IGI Global, pp. 162-178, Chapter 12, 2021.

          c13     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, Issue 1,

                     pp. 29-35, 2021. Web of Science, MTMT

          c14     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c15     Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: Indecs, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.7906/

                     indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

                     Web of Science, MTMT

                     „The ranking has been constructed using the Google Scholar [7-11] database.”

          c16     Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con- 

                     ference Trend, 2022, pp. 394-397, TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko

                     obrazovanje za privredu”, ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c17     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20, Issue 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, ISSN 1334-4684, 2022.

                     MTMT

          c18     Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

                     Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c19     Gyula Mester, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs.20.1.5, Croatian Inter-

                     disciplinary Society, 2022. MTMT

          c20     Edina Albininé Budavári, Zoltán Rajnai, The Energy Importance of Additional Information, Interdiscipli-

                     nary Description of Complex Systems, Indecs, Vol. 20. Issue 1, pp. 44-49, DOI: 10.7906/indecs.20.1.6,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2022. MTMT

          c21     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudo-

                     mányos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c22     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on-line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c23     Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c24     Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Serbia, 14-17. 02. 2022. MTMT

          c25     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Prof., Dr. Vladimir Katić

                     (edit.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, Universi-

                     ty of Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

          c26     Gyula Mester, Autonomni samovozeći robot automobili 2022, Zbornik radova konferencije YuInfo 2022,

                     pp. 220-223, ISBN 978-86-85525-27-8, Kopaonik, Serbia, 13-16.03.2022. MTMT

          c27     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                      2021. MTMT

          c28     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia,

                     december 14, 2019. MTMT: 32591072

          c30     Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp.

                     168-173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

                     Web of Science

          c31     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 2, pp. 174-179, DOI: 10.

                     7906/indecs.21.2.6, ISSN 1334-4684, 2023. MTMT

                     Web of Science

          c32     Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-index, Interdisciplinary

                     Description of Complex Systems, INDECS, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.79

                     06/indecs.20.6.8, 2022. MTMT

                     Web of Science

          c33     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c34     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

        c35     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c36     Szilárd Kovács, Zoltán Barta, János Botzheim,Traffic Optimization by Local Bacterial Memetic Algo-

                     rithm. In: Nguyen, N.T., et al. Computational Collective Intelligence. ICCCI 2023. Lecture Notes in

                     Computer Science (), Vol 14162, pp. 484-496, Springer, Cham, DOI: 10.1007/978-3-031-41456-5_37,

                     2023. MTMT

          c37     Namik Delilovic, Recommender Systems in Digital Libraries Using Artificial Intelligence and Machine

                     Learning: A Proposal to Create Automated Links Between Different Articles Dealing With Similar

                     Topics, Handbook of Research on Methodologies and Applications of Supercomputing, pages 17, DOI:

                     10.4018/978-1-7998-7156-9.ch012, IGI Global, 2021. MTMT

          c38     Bautista César, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transactions on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN 1820 – 4503, January 2022.

                     MTMT

          c39     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, Budapest, 2021 november 18-19. MTMT

          c40     Attila Albini, Edina Albininé Budavári and Zoltán Rajnai, Energetic Sustainability of Systems, Proceedings

                     of the 14^th International Conference on Interdisciplinarity in Engineering-INTER-ENG 2020, MDPI, Vol.

                     63, Issue 1, 50, DOI: 10.3390/proceedings2020063050, Târgu Mureș, Romania, 8–9 October 2020.

                     MTMT  

          c41     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c42     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, pp. 429-436, Magyar Tudomány Napja

                     a Délvidéken, pp. 429-436, ISBN 978-86-88077-11-8, Vajdasági Magyar Tudományos Társaság, Újvidék,

                     Szerbia, december 14, 2019. MTMT

          c43     Albininé Budavári Edina, Rajnai Zoltán, The Energy Importance of Additional Information,  Interdiscipli-

                     nary Description of Complex Systems, Indecs, Vol. 20, No. 1, pp. 44-49, DOI: 10.7906/indecs.20.1.6,

                     2022. MTMT

          c45     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c46     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c47     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c48     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c49     Jelena Pisarov, A személy– és teherforgalom digitalizálása, Magyar Tudomány Napja a Délvidéken, pp.

                     278-287, ISBN 978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, novem-

                     ber 13, 2021. MTMT

          c50     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.  

                     MTMT

             c51     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c52     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c53     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c54     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c55     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c56     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c57     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c58     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c59     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c60     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

C36. Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, No. 3-A, pp. 302-312, ISSN 1334-4684, DOI: 10.7906/ indecs.16.3.1, Croatian Interdisciplinary Society, 2018.  GS cit. 49

Web of Science: 000454599400001, Google Scholar: 14668159013215896267, Research Gate, MTMT:  30546924

          c1       Muhammad Shukri Che Lah, Nureize Arbaiy, Syahir Ajwad Sapuan, Pei-Chun Lin, Environmental Noise

                     Pollution Forecasting using Fuzzy-autoregressive Integrated Moving Average Modelling, International

                     Journal of Advanced Computer Science and Applications (IJACSA), Vol. 13, No. 9, pp. 838-843,

                     DOI:10.14569/IJACSA.2022.0130997, 2022. MTMT

          c2       Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 811- 963, ISSN

                     2630-8401, DOI: 10.23715/SDA.2021.2.4, Studia Doctorandorum Alumnae, Doktoranduszok Országos

                     Szövetsége, Budapest, 2021. MTMT

          c3       Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, Doktori értekezés

                     tézisfüzete, Óbudai Egyetem, Biztonságtudományi Doktori Iskola, Budapest, p. 30, 2020. MTMT

             c4       Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c5       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c6       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c7       Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c8       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c9       Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c10     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c11     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c12     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c13     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c14     Ibrahim Khalil Umar, Musa Adamu, Nour Mostafa, Malik Sarmad Riaz, Sadi I. Haruna, Mukhtar Fatihu

                     Hamza, Omar Shabbir Ahmed & Marc Azab, The State-of-the-Art in the Application of Artificial Intelli-

                     gence-based Models for Traffic Noise Prediction: a Bibliographic Overview, Cogent Engineering, Vol. 11,

                     Issue 1, DOI: 10.1080/23311916.2023.2297508, 2024. MTMT

          c15     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, TAR, Vol. 17, No. 2, pp.

                     19-27, ISSN 1820 – 4511, July 2021. MTMT

          c16     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and Safe

                     Cities, pp. 1-6, Budapest, Hungary, 2020. MTMT

          c17     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019. MTMT

          c18     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azo-

                     nosítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adat-

                     bázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023 november 9-

                     10. MTMT

          c19     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023.

          c20     Szabó Csaba, Molnár Dániel, Studia Doctorandorum Alumnae, Doktoranduszok Országos Szövetsége,

                     pp. 1-429, ISSN 2630-8401, DOI: 10.23715/SDA.2022.2, Budapest, 2022.

C37. Janos Simon, Gyula Mester, Critical Overview of the Cloud-Based Internet of Things Pilot Platforms for Smart Cities, Interdisciplinary Description of Complex Systems, Zagreb, ISBN:1334-4676, ISSN:1334-4684, DOI: 10.7906 /indecs.16.3.12, Vol. 16, No. 3-A, pp. 397-407, 2018. MTMT 38/42 GS cit. 77

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          c1       Lei Gao, Jiatong Xu, Xiaoda Fu and Juan L, Construction of Intelligent Evaluation Platform Based on

                     Random Matrix iWrite College English Writing, Hindawi, Mathematical Problems in Engineering, Special   

                     Issue, Recent Advances in Random Matrices for Mathematical Modeling, Vol. 2022, Article ID 6402418,

                     DOI 10.1155/2022/6402418.

                     „Systems for automatic marking of English essays have also been developed, each of which has its own

                     characteristics, but the results are not yet ideal for intelligent marking [6–8].” MTMT

          c2       Parasar Deepa, Jadhav Yogesh H., An Automated System to Detect Phishing URL by Using Machine

                     Learning Algorithm, In: Raj, J. S. (edit.) International Conference on Mobile Computing and Sustainable

                     Informatics, ICMCSI 2020, Cham, Springer Nature Switzerland AG, pp. 217-225, Chapter 21, DOI:10.

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                     Scopus, MTMT

          c3       Cynthia Rosenzweig, Cities and Climate Change, Our Warming Planet, pp. 294-317, DOI: 10.1142/

                     9789811238222_0014, 2021. MTMT

          c4       Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, In: Szabó Csaba,

                     Molnár Dániel (edit.) Studia Doctorandorum Alumnae II.: Válogatás a DOSz Alumni Osztály tagjainak

                     doktori munkáiból II. Budapest, Magyarország, Doktoranduszok Országos Szövetsége (DOSZ),

                     DOI: 10.23715/SDA.2021.2.4 pp. 811-963, 2021. MTMT

          c5       Simonova Ivana, Prochazkova Zuzana, Lorenc Vladimir, Smart and/or Mobile: An Investigation Within

                     Czech University Students, In: Raj, J.S. (edit.) International Conference on Mobile Computing and

                     Sustainable Informatics, ICMCSI 2020, Cham, Springer Nature Switzerland AG, DOI: 10.1007/978-3-

                     030-49795-8_35, pp. 361-372, Chapter 35, ISBN 978-3-030-49794-1, 2021.

                     Scopus, MTMT

          c6       Szabó Csaba (edit.), Molnár Dániel (edit.), Studia Doctorandorum Alumnae II. (2021): Válogatás a DOSz

                     Alumni Osztály tagjainak doktori munkáiból II, Budapest, Magyarország, Doktoranduszok Országos

                     Szövetsége (DOSZ), DOI: 10.23715/SDA.2021.2, 2021. MTMT

          c7       Chen Longxing, Han Ping, The Construction of a Smart City Energy Efficiency Management System

                     Oriented to the Mobile Data Aggregation of the Internet of Things, Complexity, DOI: 10.1155/2021/

                     9988282, Vol. 2021, Article ID 9988282, 2021.

                     Web of Science, Scopus, MTMT

                     „Simon et al. [12] discussed that if a larger system needs to retrieve data from the energy efficiency

                     management platform in the later stage, this is often impossible to be achieved.”

          c8       Kumar Singh Dushyant, Sobti, Rajeev, Long-range Real-time Monitoring Strategy for Precision

                     Irrigation in Urban and Rural Farming in Society 5.0, Computers and Industrial Engineering, DOI:

                     10.1016/j.cie.2022.107997, paper: 107997, 2022. MTMT

          c9       Whaiduzzaman Md, Barros Alistair, Chanda Moumita, Barman Supti, Sultana Tania, Rahman Md.

                     Sazzadur, Roy Shanto, Fidge Colin, A Review of Emerging Technologies for IoT-Based Smart Cities,

                     Sensors, Vol. 22, Issue 23, p. 9271, DOI: 10.3390/s22239271, 2022. MTMT

          c10     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c11     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c12     César Bautista, Importance of virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja:“Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c14     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars environment, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

                     Web of Science

          c16     Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 168-

                     173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

                     Web of Science

          c17     Dushyant Kumar Singh, Rajeev Sobti, Long-range Real-time Monitoring Strategy for Precision Irrigation

                     in Urban and Rural Farming in Society 5.0, Computers & Industrial Engineering, Vol. 167, DOI: 10.1016/ 

                     j.cie.2022.107997, Corpus ID: 247148795107997, 107997, May 2022. MTMT

          c18     Dragan Z. Šaletić, Fuzzy Aggregators - an Overview, Interdisciplinary Description of Complex Systems,

                     Indecs, Vol. 21, Issue 4, pp. 356-364, DOI: 10.7906/indecs.21.4.5, 2023. MTMT

                      Web of Science

          c19     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 811- 963, ISSN

                     2630-8401, DOI: 10.23715/SDA.2021.2.4, Studia Doctorandorum Alumnae, Doktoranduszok Országos

                     Szövetsége, Budapest, 2021. MTMT

          c20     Murat Dener, The Role of Cloud Computing in Smart Cities, Computer Science, Vol. 7, pp. 39-43, Corpus

                     ID: 210988514, 2019. https://api.semanticscholar.org/CorpusID:210988514 MTMT

          c21     Md. Whaiduzzaman, Alistair Barros, Moumita Chanda, Supti Barman, Tania Sultana, Md. Sazzadur

                     Rahman, Shanto Roy, Colin J. Fidge, A Review of Emerging Technologies for IoT-Based Smart Cities,

                     Sensors, MDPI, Vol. 22, pp. 1-28, 9271, Corpus ID: 254317048, DOI: 10.3390/s22239271, 2022. MTMT

          c22     Long-fei Chen, Ping Han, The Construction of a Smart City Energy Efficiency Management System

                     Oriented to the Mobile Data Aggregation of the Internet of Things, Hindawi, Complexity, Article ID

                     9988282, Vol. 2021, 13 page, Corpus ID: 235496303, DOI:10.1155/2021/9988282, 2021. MTMT

          c23     Tokody Dániel, Intelligens vasúti, informatikai és biztonsági, rendszerek fejlesztése, Óbudai Egyetem

                     Doktori (PhD) értekezés tézisfüzete, 2017. MTMT: 35426770

          c24     Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 199-205, DOI: 10.7906/indecs.21.2.9, Corpus ID:

                     259495159, 2023. MTMT

                     Web of Science

          c25     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

             c26     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c27     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c28     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c29     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c30     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c31     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c32     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c33     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c34     Phani Krishna Bulasara, Somya Sahoo, Nitin Gupta, Zhu Han, Neeraj Kumar, The Internet of Bio-Nano

                    Things with Insulin-Glucose, Security and Research Challenges: A Survey, ACM Computing Surveys, Vol.

                    57, Issue 5, Article No.: 109, pp. 1 – 42, DOI: 10.1145/3703448, 2025. MTMT

          c35     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and Safe

                     Cities, pp. 1-6, Budapest, Hungary, 2020. MTMT

          c36     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019. MTMT

          c37     Janos Simon, Internet of Things and Fuzzy Logic based Smart Balcony Plant Care System from a Rene-

                     wable Resources, Interdisciplinary Description of Complex Systems, Indecs, Vol. 22, Issue 3, pp. 317-328,

                     DOI: 10.7906/indecs.22.3.7,2024. MTMT

          c38    Simonova, I., Prochazkova, Z., Lorenc, V., Smart and/or Mobile: An Investigation Within Czech University

                    Students. In: Raj, J.S. (eds) International Conference on Mobile Computing and Sustainable Informatics,

                    ICMCSI 2020. EAI/Springer Innovations in Communication and Computing. Springer, Cham. pp. 361-372,

                    DOI: 10.1007/978-3-030-49795-8_35, 2021. MTMT

          c39     Robert Pinter, Sanja Maravić Čisar, Facial Recognition for Security Systems, Interdisciplinary Description

                     of Complex Systems, Indecs, Vol. 22, No. 3, pp. 341-354, DOI: 10.7906/indecs.22.3.9, 2024. MTMT

          c40     Dragan D. Stamenković, Vladimir M. Popović, A Model for Autonomous Vehicle Obstacle Avoidance at

                     High Speeds, Interdisciplinary Description of Complex Systems, Indecs, Vol. 22, No. 3, pp. 246-265, DOI

                     10.7906/indecs.22.3.2, 2024. MTMT

          c41     Gerda Bak, László Berek, Zoltán Som, Péter Ujhegyi, József Répás, On the Way to Updating the Measure-

                     ment of Information Security Awareness - a Literature Analysis, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 22, No. 3, pp. 305-316, DOI: 10.7906/indecs.22.3.6, 2024. MTMT

          c42     Dragan Z. Šaletić, Graded Logics, Interdisciplinary Description of Complex Systems, Indecs, Vol. 22, No.

                     3, pp. 276-295, DOI: 10.7906/indecs.22.3.4, 2024. MTMT

          c43     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, pp. 105-115, Budapest, 2023. MTMT

          c44     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c45     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

 

C38. Livija Cveticanin, Uranka Kozmidis Luburic and Gyula Mester, Periodic Motion in an Excited and Damped Cubic Nonlinear Oscillator, Hindawi, Mathematical Problems in Engineering, Vol. 2018, Article ID 3841926, pp. 1-6, ISSN: 1024-123X, DOI: 10.1155/2018/3841926, London, 2018.

Web of Science: 000437899700001, Scopus, Google Scholar: 1393962329371358649, Research Gate, MTMT.

          c1       Elías-Zúñiga Alex, Martínez-Romero Oscar, Olvera-Trejo Daniel, Palacios-Pineda Luis Manuel, Exact

      Steady-state Solution of Fractals Damped, and Forced Systems, Results in Physics, DOI: 10.1016/j.rinp.

      2021.104580, Vol. 28, paper 104580, 2021.

      Web of Science, Scopus, MTMT

          c2       Kontomaris Stylianos-Vasileios, Malamou Anna, Exploring the Non-linear Oscillation of a Rigid Sphere

      on an Elastic Half-space, European Journal of Physics, DOI 10.1088/1361-6404/abce1d, Vol. 42, Issu 2,

      paper: 025011, 17 p., 2021.

      Web of Science, Scopus, MTMT

          c3       Stylianos Vasileios Kontomaris, Georgios Chliveros and Anna Malamou, Approximate Solutions for

      Undamped Nonlinear Oscillations Using He's Formulation, Multidisciplinary Scientific Journal, MDPI,

      Vol. 6, pp. 140–151, DOI: 10.3390/j6010010, 2023.

 

C39. Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, 1. évfolyam, 1. szám, pp. 89-92, I2SN 2560-2810, 2018.

Research Gate, Google Scholar. MTMT.

          c1       László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

      Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c2       Berek László, Predátor kiadók és folyóiratok az online tudományos publikálás világában, In: Muhi, B.

      Béla (edit.), Vajdasági Magyar Tudóstalálkozó 2020 – Konferenciakötet, Újvidék, Szerbia. Vajdasági

      Magyar Akadémiai Tanács, pp. 74-80. 2021. MTMT

C40. Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Interdisciplinary Description of Complex Systems, Zagreb, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, Vol. 16, No. 1, pp. 139-148, 2018.

Web of Science: 000431068300011, Research Gate, Google Scholar: 12010510790455771369, MTMT.

          c1       Kornélia Lazányi, Generation Z and Y – are they different, when it comes to trust in robots? In: Szakál

                     Anikó (edit.) INES 2019, IEEE 23^nd International Conference on Intelligent Engineering Systems:

                     proceedings, Budapest, Magyarország, IEEE, pp. 191-194, 2019. MTMT

C41. L. Cveticanin, I. Biro, J. Sarosi, G. Mester, Control of Energy Dissipation in a Strong Nonlinear, Damped and Periodically Excited System, Chemical Engineering Transactions, The Italian Association of Chemical Engineering, Online at www.aidic.it/cet Guest Editors: Timothy G. Walmsley, Petar S. Varbanov, Rongxin Su, Jiří J. Klemeš, Vol. 70, pp. 2173-2178, DOI: 10.3303/CET1870363, ISBN 978-88-95608-67-9, ISSN 2283-9216, Milano, Italy, 1 August 2018.

Scopus, Research Gate, Google Scholar. MTMT.

          c1       Elías-Zúñiga Alex, Martínez-Romero Oscar, Olvera-Trejo Daniel, Palacios-Pineda, Luis Manuel, Exact

       steady-state solution of fractals damped, and forced systems, Results in Physics, Vol. 28, DOI: 10.1016/

       j.rinp.2021.104580, paper: 104580, 2021. MTMT

          c2       Dongming Wei, Almir Aniyarov, Dichuan Zhang, Christos Spitas, Daulet Nurakhmetov, Andas Amrin,

       Kelvin-Voig Lumped Parameter Models for Approximation of the Power-law Euler-Bernoulli Beams,

       Alexandria Engineering Journal, Vol. 78, pp. 246-255, ISSN 1110-0168, DOI: 10.1016/j.aej.2023.07.

       013, 2023.

       „In [28] analytically solution of (8) is provided and compared with the numerical solution.”

C42. Vladas Vekteris, Andrius Styra, Vadim Mokšin, Irina Grinbergienė, Mindaugas Jurevičius, Vytautas Turla, Gyula Mester, Numerical Simulation of a Pulsating Flow Generated in an Ejector, Transactions of Famena, University of Zagreb, Zagreb, Vol. 42, Issue 3, pp: 97-107, DOI: 10.21278/TOF.42208, ISSN 1333-1124, eISSN 1849-1391, Impact Factor: 0.58, https://doi.org/10.21278/TOF.42208, 2018.

Web of Science: 000446547000008, Scopus, Research Gate,

Google Scholar: 11481427210925459629, MTMT.

          c1       Andrius Trumpa, Vadim Mokšin, Vytautas Turla, Nikolaj Šešok, Igor Iljin, Investigation of Dynamics of

                     Damped Bearing-Rotor System of Centrifugal Milk Separator, Tehnički vjesnik, Vol. 29, Issue 1, pp. 1-

                     8, ISSN 1330-3651, DOI: 10.17559/TV-20181121171241, 2022.

                     „To close this system of equations, transport equations for the turbulent kinetic energy and its dissipation

                     rate have to be employed (so-called k-ε model [24, 25]).”

          c2       V. Vekteris, A. Styra, V. Mokshin, V. Turla, G. Viselga and I. Tetsman, Study of Acoustic Characteris-

                     tics of the Swirling Flow Generated in Ejector, Journal of Physics: Conference Series, 1603 012007, pp.

                     1-6, DOI: 10.1088/1742-6596/1603/1/012007, 2020.

                     „. Assumptions and conditions used in simulation are presented in work [22].”

 

C43. Gyula Mester, Ranking of Croatian Researchers from Several Disciplines using Google Scholar Database, Interdisciplinary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, pp. 168-173, Vol. 15, No. 2, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/indecs.15.2.6, 2017.  GS 23 cit.

Web of Science: 000410146800006, Research Gate, Google Scholar: 9225864755525942002, MTMT.

          c1       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, 2018. MTMT

          c2       Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

       Systems, INDECS, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

                     Web of Science, MTMT

          c3       Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: INDECS, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI:

                     10.7906/indecs.20.6.8, Croatian, Interdisciplinary Society, 2022.

                     Web of Science, MTMT

                     „The advantage the h-index is that it combines both the quantity – number of articles and quality –

                     citations to these articles [2-6].”

          c4       Gyula Mester, Ranking Baltic States Researchers', Interdisciplinary Description of Complex Systems,

                     Vol. 15, Issue 3, pp. 174-179. DOI: 10.7906/indecs.15.3.1, 2017. MTMT

          c5       Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems, Vol. 20, Issue 6, pp. 775-779. DOI: 10.7906/indecs.20.6.8, 2022.

          c6       Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi

                     Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521,

                     ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c7       Ross A. Jackson, Brian L. Heath, Critical Effect: Contextualizing Performancein Business Schools using

                     the h-Index, Tamara Journal for Critical Organization Inquiry, Vol. 20, No. 1, pp. 44-63, ISSN 1532-

                     5555, DOI: 10.7206/tamara.1532-5555.12, 2022. MTMT

          c8       G. Tyxhari, A. Gorishti, M. Marku, Technology Progress Unveiled: Performance Indicators in Developed

                     vs. Developing Western Balkan Countries, Journal of Southwest Jiaotong University, Vol. 58, No. 4, pp.

                     40-55, ISSN: 0258-2724, DOI: 10.35741/issn.0258-2724.58.4.4, 2023. 08. 31.

          c9       Gyula Mester, Ranking of Hungarian Scientists Using h-index, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023.

                     Web of Science

          c10     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c11     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c12     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c13     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

C44. Gyula Mester, Academic Ranking of World Universities 2017, Review of the National Center for Digitization, Faculty of Mathematics, University of Belgrade, Ed. Nenad Mitic, ISSN: 1820-0109, Vol 31, pp. 40–45, 2017.

Research Gate, Google Scholar, MTMT: 3308244.

          c1       Riyaz Gataullovoch Minzaripov, Anastasia Viktorovna Fakhrutdinova, Nataliia Nikolaevna Abakumova,

       Sisi Xu, Irina Vasilyevna Terentyev, Scientific / Educational communication and leadership ARWU ver-

       sus MosIUR, Revista on line de Política e Gestão Educacional, Araraquara, Vol. 25, No. esp.1, pp. 557–

       566, DOI: 10.22633/rpge.v25iesp.1.14996, 2021. MTMT

       „Empirical research methods: a survey, a comparative analysis of the ranking data of the Academic Ran-

       king of World Universities (Mester, 2017).”

          c2       Abdullah Ali Salamai, An Assessment Model for Evaluating MCDM Education's Effectiveness Under

      Interval-Valued Neutrosophic Sets, Journal of Neutrosophic and Fuzzy Systems, Vol. 1, Issue 2, pp.107-

      113, DOI: 10.54216/JNFS.010207, January 2021. MTMT

          c3       Dalma Zilahy, The link between the adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-

                     7, ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c4       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c5       César Bautista, Importance of virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c6       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja:“Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c7       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c8       Riyaz Gataullovoch Minzaripov, Anastasia Viktorovna Fakhrutdinova, Nataliia Nikolaevna Abakumova,

                     Sisi Xu, Irina Vasilyevna Terentyev, Scientific/Educational Communication and Leadership ARWU Versus

                     Mosiur, Revista on line de Política e Gestão Educacional, Araraquara, V. 25, N. esp. 1, pp. 563-572, DOI:

                     10.22633/rpge.v25iesp.1.14996  , e-ISSN: 1519-9029. 2021. MTMT

          c9       Akyıldız, F. (2021). CSR and Turkish Universities in ARWU 2018: An Evaluation of the Strategic Plans

                     and Performance Reports. In: Bilgin, M.H., Danis, H., Demir, E., Karabulut, G. (eds) Eurasian Business

                     and Economics Perspectives. Eurasian Studies in Business and Economics, Vol 20. Springer, Cham. DOI:

                     10.1007/978-3-030-85304-4_20, 2021. MTMT

          c10     Mohammed S. Alsaeedi, Nik Mohd Zaim Ab Rahim, The Role Of Strategic Management In Addressing

                     The Civilizational Challenges Facing The Academic Institutes: A Comprehensive Review, Al-Qanatir:

                     International Journal of Islamic Studies, Vol. 32, Issue 1, eISSN: 2289-9944, 2023. MTMT

                     Retrieved from: https://www.al-qanatir.com/aq/article/view/600

 

C45. Gyula Mester, Ranking of Hungarian Researchers Born in Vojvodina in Natural Sciences, Techniques and Human Sciences, Review of the National Center for Digitization, Faculty of Mathematics, University of Belgrade, Ed. Nenad Mitic, ISSN: 1820-0109, Issue: 30, pp. 28-34, 2017.

Research Gate, Google Scholar, MTMT

          c1       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, 2018.

       „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015 decemberé-

       ben jelent meg.”

C46. Gyula Mester, Ranking Baltic States Researchers, Interdisciplinary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 15, No, 3, pp. 174-179, ISSN 1334-4684, DOI: 10.7906/indecs.15.3.1, 2017.

Web of Science: 000418560400001, Google Scholar, Research Gate, MTMT.

          c1       Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

      Systems, INDECS, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018. Web of Science,

      MTMT

          c2       Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

       Interdisciplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16,

       No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

       Web of Science, MTMT

          c3       Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: INDECS, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.

                     7906/indecs.20.6.8, Croatian Interdisciplinary Society, 2022. MTMT

                     Web of Science

                     „The advantage the h-index is that it combines both the quantity – number of articles and quality –

                     citations to these articles [2-6].”

          c4       Gyula Mester, Ranking of Hungarian scientists using h-index, Interdisciplinary Description of Complex

                     Systems, INDECS, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023. MTMT

                     Web of Science

 

C47. Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-partitions for UAV Dynamic Modeling, FME Transactions, ISSN: 1451-2092, DOI: 10.5937/fmet1701001N, Vol. 45, No. 1, pp. 1-8, 2017.  GS 62 cit.

Web of Science: 000408082100001, Scopus: 85011410594,

Google Scholar: 15853438968411516712, Research Gate, MTMT: 3090612.

          c1       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

       Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

       University, Doctoral School on Safety and Security Sciences, p. 175., Budapest, 2017. MTMT

         c2       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Ve-

                     hicles Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances

                     in Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c3       Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

      Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, No. 3-A, DOI:10.

      7906/ indecs.16.3.1, pp. 302-312, 2018.

                     Web of Science, MTMT

                     „Using an appropriate representation of the Takagi-Sugeno-Kang type fuzzy logic system the calculati-

                     on of fuzzy rule consequent linear free parameters becomes a high dimensional, but still a mere linear

                     equation solving problem, which we can solve by a numerically robust, least square error optimal singular

                     value decomposition method [8].”

          c4       Géza Károly Kiss Leizer, Possible Areas of Application of Drones in Waste Management During Rail

      Accidents and Disasters, Vol. 16, Issue 3-A, pp. 360-368, DOI: 10.7906/indecs.16.3.8, 2018.

      Web of Science, MTMT

      “Electrically powered four-rotor quadrotor helicopter architecture has been chosen for this research [7].”

          c5       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                    Systems, INDECS, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                    „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                    platform in unstructured environments with obstacles and slopes [10-15].” MTMT   

          c6       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                    of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                    17. MTMT

                    “These trajectories can be designed to arbitrary smoothness – depending on system requirements; they are

                     to be designed smooth up to the 5^th time derivative of displacement for multi-rotor UAV trajectories, as in-

                     troduced in [18], [19] and used for multi-rotor UAV genetic fuzzy system identifications in [20], [21],

                     [22].”

          c7       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      Web of Science, MTMT

          c8       De Simone, M. C.; Guida D., Control Design for an Under-Actuated UAV Model, FME Transactions, Vol.

      46, Issue 4, pp. 443-452, DOI: 10.5937/fmet1804443D, 2018.

      Web of Science, MTMT

          c9       Gyula, Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

      Indecs Interdisciplinary Description of Complex Systems, Vol. 16, No. 1, pp. 139-148, DOI: 10.7906/

      indecs.16.1.11, 2018.

      Web of Science, MTMT

          c10     Péter, Miksa Hell, Péter, János Varga, Drone Systems for Factory Security and Surveillance, Interdiscip-

      linary Description of Complex Systems, Indecs, Vol. 17, No. 3-A, pp. 458-467, DOI 10.7906/indecs.17.

      3.4, 2019.

      Web of Science, MTMT

          c11     Jelena Pisarov, 5G i samovozeći automobili, edit. Vladimir Katic, Inovacije u modernom obrazovanju,

       XXVI skup Trendovi razvoja: XXVI conference Development trend, Novi Sad, Szerbia, University of

       Novi Sad, Faculty of Technical Sciences, 574 p., pp. 391-394, ISBN 978-86-6022-241-3, Kopaonik,

       Serbia, 16-19.02.2020. MTMT

          c12     János Simon, Challenges of Transforming Production Enterprises in the Transition to the 4^th Industrial

      Revolution, Transactions on Advanced Research, Ipsi TAR, Vol. 16, Issue 2, pp. 35-39, ISSN 1820 –

      4511, 2020. MTMT

          c13     Sostaric Damir, Mester Gyula, Drone Localization using Ultrasonic TDOA and RSS Signal - Integration

                     of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, pp. 21-30, 2020.

                     Web of Science, Scopus, MTMT

          c14     Jelena Pisarov, Experience with mBot - Wheeled Mobile Robot, In: Temesvári, Zsolt (edit.) XXXV.

      Jubileumi Kandó Konferencia 2019, Budapest, Magyarország, Óbudai Egyetem, Kandó Kálmán

      Villamosmérnöki Kar, 223 p., pp. 47-51, 2020. MTMT

          c15     Delilovic Namik, Recommender Systems in Digital Libraries Using Artificial Intelligence and Machine

      Learning, in: Milutinović, Veljko; Kotlar, Miloš (edit.), Handbook of Research on Methodologies and

      Applications of Supercomputing, Hershey (PA), USA, IGI Global, pp. 162-178, chapter 12, DOI: 10.4018

      /978-1-7998-7156-9.ch012, 2021. MTMT

          c16     Shafique Arslan, Mehmood Abid, Elhadef Mourad, Survey of Security Protocols and Vulnerabilities in

      Unmanned Aerial Vehicles, IEEE ACCESS, Vol. 9, pp. 46927-46948, DOI: 10.1109/ACCESS.2021.3066

      778, ISSN: 2169-3536, 2021.

      Web of Science, Scopus, MTMT

          c17     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, DOI: 10.5937/fme2

                     101029P, Vol. 49, Issue 1, pp. 29-35, 2021.

       Web of Science, MTMT

          c18     Alaa Abdulhady Jaber, Khalid Mohsin Ali, Comparing Dynamic Model and FlightControl of Plus and

      Cross Quadcopter Configurations, FME Transactions, Vol. 50, No 4, pp. 683-692, DOI: 10.5937/fme22

      04683M, 2022. MTMT

      „The only non-gravitational force remaining in actionis when the quadcopter is in a steady-state condition.

      Equation 13 will be [14,15]:”

          c19     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c20     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c21     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c22     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c23     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c24     Jelena Pisarov, Gyula Mester, The Impact of 5G Technology on Life in 21^st Century, IPSI Transactions on

                     Advanced Research, Vol. 16, pp. 11-14, No. 2, ISSN 1820 – 4511, July 2020. MTMT

          c25     Jelena Pisarov, Gyula Mester, Programming the mBot Robot in School, Proceedings of the MechEdu

                     International Conference & Workshop 2019, pp. 45-48, ISBN 978-86-918815-5-9, Subotica Tech,

                     Subotica, Serbia, 12.12.2019. MTMT

          c26     Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi

                     Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521,

                     ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT            

          c27     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

                     chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:10.4018/

                     978-1-6684-3694-3.ch048, 2022. MTMT

          c28     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, pp.

                     110-121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c29     Gyula Mester, Ranking of Hungarian Researchers Born in Vojvodina in Natural Sciences, Techniques and

                     Human Sciences, Review of the National Center for Digitization, Faculty of Mathematics, University of

                     Belgrade, Ed. Nenad Mitic, ISSN: 1820-0109, Issue: 30, pp. 28-34, 2017. MTMT

          c30     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019. MTMT

          c31     Gyula Mester, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex Sys-

                     tems: Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs.20.1.5, Croatian Interdis-

                     ciplinary Society, 2022. MTMT

          c32     Gyula Mester, Elektromos autók újdonságai 2019, Bánki Közlemények, Vol. 3, No. 1, pp. 37-41, ISSN

                     2560-2810, 2020. MTMT             

          c33     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar

                     Tudományos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c34     Gyula Mester, An Overview of Autonomous Self Driving Robotic Cars, IESB, International Engineering

                     Symposium at Banki, pp. 1-5, ISBN: 978-963-449-111-8, Óbuda University, Budapest, Hungary, 21

                     November 2018. MTMT

          c35     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Interdis-

                     ciplinary Description of Complex Systems, Zagreb, Vol. 16, No. 1, pp. 139-148, ISSN 1334-4684, DOI:

                     10.7906/indecs.16.1.11, 2018. MTMT

          c36     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, XXXII.

                     Kandó Konferencia, pp. 1-24, ISBN 978-963-7158-07-0, Budapest, Hungary, 2016 november 17.

                     MTMT

          c37     Devenyi, Geza, Rajnai, Zoltan, Development Aspects of Autonomous Road Vehicle Infotainment Systems,

                     IPSI Transactions on Advanced Research, Vol. 16, No. 2, pp. 7-10, ISSN 1820 – 4511, July 2020. MTMT

          c38     Hullan Szabolcs, The Nuclear Emergency Response System - The Source of Best Practice, IPSI Transacti-

                     ons on Advanced Research, Vol. 16, No. 2, pp. 20-24, ISSN 1820 – 4511, July 2020. MTMT

          c39     Kasza Zoltan, Analyzing the Corrosion Potential of a Lightning Protection Systems, IPSI Transactions on

                     Advanced Research, Vol. 16, No. 2, pp. 15-19, ISSN 1820 – 4511, July 2020. MTMT

          c40     Ady László, Tokody Dániel, Mester Gyula, Hudasi Luca Flóra, A komplex rendszerek kommunikáció

                     vezérelt tervezése, Vajdasági Magyar Tudóstalálkozó, pp. 1-14, on - line konferencia, Szabadka, Szerbia,

                     2020.09.26. MTMT

          c41     Janos Simon, Challenges of Transforming Production Enterprises in the Transition   to the 4^th Industrial

                     Revolution, pp. 36-39, The IPSI Transactions on Advanced Research, Vol. 16, No. 2, ISSN 1820-4511,

                     2020. MTMT

          c42     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c43     Jelena Pisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN:9789634491637, Budapest, 2019. MTMT

          c44     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azono-

                     sítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adatbá-

                     zisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023 november 9-10.

                     MTMT

          c45     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and Safe

                     Cities, pp. 1-6, Budapest, Hungary, 2020. MTMT

          c46     Arif Baswantara, Muhammad Romdonul Hakim, Anas Noor Firdaus, Muhammad Riyono Edi Prayitno,

                     Khaidan Firmansyah, Reinaldi Nur Fasha, Study on Design and Construction of Unmanned Surface Vehic-              

                     le (USV) as a Marine Survey Vehicle, BIO Web of Conferences 168, 05010, pp. 1-14, DOI:10.1051/

                     bioconf/202516805010, ISOSS 202414, 2025. MTMT

          c47     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c48     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c49     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c50     Dénes Simonyi, Tibor Kovács, BCI-based Feasibility of Entering Customer Code on Ticket Vending

                     Machines, Smart, Sustainable and Safe Cities Conference, pp. 1-4, ISBN 978-615-5586-27-9, 2018

C48. Livia Cveticanin, Gyula Mester, Theory of Acoustic Metamaterials and Metamaterial Beams: An Overview, Acta Polytechnica Hungarica, Journal of Applied Sciences, Vol. 13, Issue 7, pp. 43-62, ISSN 1785-8860, impact factor: 0.544, http://www.uni-obuda.hu/journal/Issue71.htm, DOI: 10.12700/ APH.13.7.2016.7.3, Budapest, Hungary, 2016.  GS 36 cit.

Web of Science:  000397073600003, Scopus, Google Scholar: 13933663542273707362, Research Gate, MTMT: 3174353.

          c1       Péter Szuchy, Research of Acoustic Metamaterials at the University of Szeged, Faculty of Engineering. In:

       Herisanu N., Marinca V. (eds) Acoustics and Vibration of Mechanical Structures—AVMS 2019, Springer

       Proceedings in Physics, Vol 251, pp 485-498, ISBN: 978-3-030-54135-4, DOI: 10.1007/978-3-030-5413

       6-1_49, Springer, Cham, 20 November 2020.

       Scopus, MTMT

          c2       Péter Szuchy, István Bíró, Damped 2-DOF Subsystems of Acoustic Metamaterials, IOP Publishing IOP

       Conference Series: Materials Science and Engineering, (KOD 2018) 6–8 June 2018, Novi Sad, Serbia,

       Vol. 393, pp. 1-7, 012038, DOI: 10.1088/1757-899X/393/1/012038, 2018. MTMT

                      “The mass-in-mass subsystem had been introduced during the theoretic foundation, that consists of two

                      masses, one linear characteristic spring and the periodic exciting _ force loading the __ mass [1-4].”

          c3       Patricia N. Dominguez, Víctor H. Cortínez, Marcelo T. Piovan, Attenuation Bands for Flexural–Torsional

      Vibrations of Locally Resonant Vlasov Beams, Engineering, Thin-Walled Structures, Elsevier, Vol. 181,

      ISSN 0263-8231, Corpus ID: 252389154, DOI: 10.1016/j.tws.2022.110115, 2022.

          c4       Livija Cveticanin, Dragan Cveticanin, Acoustic Metamaterials: an Overview on Vibration Properties,

       Facta Universitatis Series: Working and Living Environmental Protection, Vol. 14, Issue 2, pp. 103-114,

       DOI: 10.22190/FUWLEP1702103C, 2017.

          c5       Cveticanin L., Cveticanin D., Acoustic Metamaterials: Theory and Application, Springer Proceedings in

       Physics, Vol. 198, pp. 21-32, DOI: 10.1007/978-3-319-69823-6_3, ISBN 978-3-319-69822-9 2018.

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       Band Gaps of Acoustic Metamaterial, Nonlinear Dynamics, Vol. 93, Issue 3, pp. 1341-1351, DOI:10.1007

       /s11071-018-4263-5, 2018.

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       nal of Sound and Vibration, Vol. 436, pp. 295-309, DOI: 10.1016/j.jsv.2018.06.066, ISSN 0022-460X,

       2018.

       Web of Science, Scopus, MTMT

          c8       Szuchy Péter, Akusztikus metaanyag kutatás a Szegedi Tudományegyetem Mérnöki Karán, Bánki

      Közlemények, Vol 2, No 2, pp. 5-9, 2019. MTMT

          c9       Szuchy Peter, Cveticanin Livia, Biro Istvan, Multi Cantilever-Mass Mechanism for Vibration Suppression

       Acta Polytechnica Hungarica, Vol. 19, Issue 7, pp.197-212, ISSN 1785-8860, 2022.

       Web of Scince: 000897735300011, MTMT

          c9       Víctor H. Cortínez, Patricia N. Dominguez, Una Teoría General Para la Estimación de Bandgaps en la

      Vibración Flexo-torsional de Vigas Vlasov, Mecánica Computacional, Vol XXXIX, pp. 531-540, ISSN

      2591-3522, 2022. MTMT

      Asociación Argentina de Mecánica Computacional, http://www.amcaonline.org.ar.

      “Asimismo, este concepto ha sido utilizado para la construcción de estructuras esbeltas localmente

      resonantes constituidas por vigas o placas suportando una gran cantidad de resonadores (o absorbedores

      dinámicos) que pueden ser materializados con metodologías constructivas relativamente simples

      (Cveticanin y Mester, 2016; Sun et al., 2010). “

          c10     Çavuş, Bertuğhan, Investigation of Novel Geometrical Design Concepts for Damping Treatments,

       thesis, Middle East, Technical University, Kasim, p. 94, 2022. MTMT

       “Many research investigate these types of resonators and the vibration attenuation characteristics of the

       proposed metastructures [3-25]. Theory and overview of the metastructures are well explained in these

       studies [3-5].

          c11     István Bíró, New Numerical Procedure for Determination of Elastic Curve of Statically Determinate and

      Indeterminate Beams with Variable Cross Sections, Acta Polytechnica Hungarica, Vol. 19, No. 2, pp. 193-

      211, 2022. MTMT

          c12     Cveticanin, Livija, On Mechanical Metastructures Applied in Vibration Suppression-Review. In: Alten-

       bach, H., Amabili, M., Mikhlin, Y.V. (eds) Nonlinear Mechanics of Complex Structures. Advanced

       Structured Materials, Springer, Cham., Vol. 157, pp. 3-17, DOI: 10.1007/978-3-030-75890-5_1,

       ISBN 978-3-030-75889-9, 2021. MTMT

          c13     Sebasti´an Andr´es Astudillo Farías, Optimización Topológica de un Panel de Metamaterial Para la

       Supresión de Vibraciones a Través de un Metamodelo Generado por Kriging, Universidad de Chile,

       Santiago de Chile, p. 69, 2021. MTMT

          c14     Douglas Roca Santo, Jean-Mathieu Mencik & Paulo J. Paupitz Gonçalves, On the Multi-mode Behavior

                     of Vibrating Rods Attached to Nonlinear Springs, Nonlinear Dynamics, Vol. 100, pp. 2187–2203, DOI:

                     10.1007/s11071-020-05647-x, 2020. MTMT

          c15     L. Cveticanin, M. Zukovic, Negative Effective Mass in Acoustic Metamaterial with Nonlinear Mass-in-

                     mass Subsystems, Communications in Nonlinear Science and Numerical Simulation, Vol. 51, pp. 89-104,

                     ISSN 1007-5704, DOI: 10.1016/j.cnsns.2017.03.017, 2017. MTMT

          c16     A. Pezzi, T. Comito, M.D. Bustamante, M. Onorato, Three- and Four-wave Resonances in the Nonlinear

                     Quadratic Kelvin Lattice, Communications in Nonlinear Science and Numerical Simulation, DOI: 10.10  

                     16/j.cnsns.2023.107548, ISSN 1007-5704, 107548, 2023. MTMT

                     https://www.sciencedirect.com/science/article/pii/S1007570423004690

                     “See also [14], [15], [16], [17].”

 

C49. L. Cveticanin, M. Zukovic, Gy. Mester, I. Biro, J. Sarosi, Oscillators with Symmetric and Asymmetric Quadratic Nonlinearity, Acta Mechanica, Springer, Vol. 227, Issues 6, pp. 1727-1742, Print ISSN: 0001-5970, Online ISSN 1619-6937, Impact Factor: 1.465, DOI: 10.1007/s00707-016-1582-9, http://link.springer.com /journal/707/227/6/page/1, 2016.                          GS 27 cit.

Web of Science: 000376658900013, Scopus, Google Scholar: 16652398295584420462, Research Gate, MTMT.

          c1       Péter Szuchy, Research of Acoustic Metamaterials at the University of Szeged, Faculty of Engineering.

      In: Herisanu N., Marinca V. (eds) Acoustics and Vibration of Mechanical Structures—AVMS 2019,

      Springer Proceedings in Physics, Vol 251, pp 485-498, DOI: 10.1007/978-3-030-54136-1_49, ISBN:

      978-3-030-54135-4, Springer, Cham, 20 November 2020.

      Scopus, MTMT

          c2       L., Cveticanin, G. M. Ismail, Higher-order Approximate Periodic Solution for the Oscillator with Strong

                    Nonlinearity of Polynomial Type, European Physical Journal Plus, Springer Berlin Heidelberg, Vol. 134,

                    Issue 6, paper 266, Online ISSN 2190-5444, DOI: 10.1140/epjp/i2019-12621-3, 2019.

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      „For computational reasons, he introduced some simplification to the restoring force and wrote it in a

      polynomial form and obtained the ‘mixed-parity’ type oscillator [2]”

          c3       Cveticanin, L., Zukovic, M., Ninkov, I. Mester, Gy. Nonlinear Lightweight Metastructure with Effective

      Negative Stiffness. Acta Mechanica, Vol. 233, pp. 4311-4325, https://doi.org/10.1007/s00707-022-03322-3,

      2022. DOI: 10.1007/s00707-022-03322-3.

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          c4       Beléndez A., Martínez F. J, Beléndez T., Pascual C., Alvarez M. L., Gimeno E., Arribas E., Exact Soluti-

       ons for an Oscillator with Anti-symmetric Quadratic Nonlinearity, Indian Journal of Physics, Vol. 92,

       Issue 4, pp. 495-506, DOI: 10.1007/s12648-017-1125-9, 2017.

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          c5       Peter Sarcevic, Szilveszter Pletl, Zoltan Kincses, Examining the Number of Required Stationary Orien-

       tations for Efficient Accelerometer Calibration, Proceedings of the 4^th International Conference and

       Workshop Mechatronics in Practice and Education – MECHEDU 2017, pp. 38-41, Subotica, Serbia,

       Subotica Technical College of Applied Sciences, 2017. MTMT

          c6       Akbari-Moghanjoughi M., Harmonic Generation in the Generalized Sagdeev Pseudopotential, Physics

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          c7       Szuchy Péter, Overview of Two Degree-of-Freedom Subsystems in Acoustic Materials, in: Janko Hodolič

                     (edit.) Scientific Conference with International Participation (ETIKUM 2017), Novi Sad, Serbia, Univer-

       sity of Novi Sad, Faculty of Technical Sciences, Department of Production Engineering, pp. 1-4, 2017.

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          c8       Akbari-Moghanjoughi M., The Sagdeev Pseudopotential Approach to Autoresonance Effect, Physics of

       Plasmas, Vol. 24, Issue 8, paper: 082305, DOI: 10.1063/1.4992072, 2017.

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          c9       Hosen M. A., Chowdhury M. S. H., Ali M. Y., Ismail A. F., Analytical Approximations for the Oscillators

       with Anti - symmetric Quadratic Nonlinearity, Journal of Physics - Conference Series, Vol. 949, paper:

       012006, DOI 10.1088/1742-6596/949/1/012006, 2018.

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          c10      Cveticanin L., Free vibrations, in: S N (edit.) Strong Nonlinear Oscillators, ISBN 978-3-319-58825-4,

        DOI: 10.1007/978-3-319-58826-1_4, pp. 51-117, Berlin, Germany, Springer Science+Business Media,

        2018. Scopus, MTMT

          c11      Liu Weijia, Wu Baisheng, Chen Xin, Zhu Weidong, Analytical Approximate Solutions for Asymmetric

       Conservative Oscillators, Archive of Applied Mechanics, Vol. 89, Issue 11, pp. 2265-2279, DOI 10.1007/

       s00419-019-01575-4, 2019.

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          c12      Wang Wei, Cao Junyi, Bowen Chris R., Litak Grzegorz, Probability and Output Analysis of Asymmetric

       Bistable Energy Harvesters Subjected to Gaussian White Noise, European Physical Journal Plus, Vol.

       134, Issue 11, paper: 558, DOI: 10.1140/epjp/i2019-13080-6, 2019.

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          c13      Hosen Md. Alal, Chowdhury M. S. H., Ismail, G. M., Yildirim A., A Modified Harmonic Balance Method

        to Obtain Higher-order Approximations to Strongly Nonlinear Oscillators, Journal of Interdisciplinary

        Mathematics, Vol. 24, pp. 1-21, DOI: 10.1080/09720502.2020.1745385, 2020.

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          c14      Demina Maria V., Kuznetsov Nikolai S., Liouvillian Integrability and the Poincare Problem for

        Nonlinear Oscillators with Quadratic Damping and Polynomial Forces, Journal of Dynamical and

        Control Systems, Vol. 27, pp. 403–415, DOI: 10.1007/s10883-020-09513-2, 2020.

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          c15      Huang Sumei, Hao Hongmiao, Chen Aixi, The Optomechanical Response of a Cubic Anharmonic

        Oscillator, Applied Sciences-Basel, Vol. 10, Issue16, DOI: 10.3390/app10165719, p. 5719, 2020.

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          c16      Hao Hongmiao, Huang Sumei, Chen Aixi, Normal Mode Splitting in a Cavity Optomechanical System

                      with a Cubic Anharmonic Oscillator, International Journal of Theoretical Physics, Vol. 60, 2766-2777,

                      DOI: 10.1007/s10773-021-04855-4, 2021.

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          c17      Johannessen Kim, The Exact Solution to the General Relativistic Differential Equation Describing

                      Planetary Orbits, International Journal of Applied and Computational Mathematics, Vol. 7, paper: 79,

                      DOI: 10.1007/s40819-021-01019-0 2021.

          c18      Huang Sumei, Wu Yunqi, Chen Aixi, The Stationary Optomechanical Entanglement Between an

                      Optical Cavity Field and a Cubic Anharmonic Oscillator, International Journal of Theoretical Physics,

                      Vol. 60, pp. 3961–3972, DOI: 10.1007/s10773-021-04953-3, 2021.

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          c19      Marc Delphin Monsia, Judith Akande, Kolawolé Kêgnidé Damien Adjaï, On Some Pseudo-oscillators

                      of Helmholtz Type, Research Gate, pp. 1-10, DOI: 10.13140/RG.2.2.18158.54086, 2021.

          c20      Wei Wang, Junyi Cao, Chris R. Bowen and Grzegorz Litak, Probability and Output Analysis of Asym-

                      metric Bistable Energy Harvesters Subjected to Gaussian White Noise, The European Physical Journal

                      Plus, Vol. 134, Article number: 558, DOI: 10.1140/epjp/i2019-13080-6, 2019. MTMT

C50. Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of Complex Systems, Zagreb, Croatien Interdisciplinary Society, Vol. 14, No. 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/indecs.14.2.7, 2016. GS 65 cit.

Web of Science: 000410117300007, Research Gate, Google Scholar: 3069870268489633444, MTMT: 3039855.

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

      DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c2       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                    Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                    „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                    reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].”      

          c3       Zhou Zhang, Yizhe Chang, Sven K. Esche, Andy S. Zhang, Application of Internet of Things in Online

                    Robotics Class, 2022 ASEE Annual Conference & Exposition, Paper ID #37539, American Society for

                    Engineering Education, Minneapolis, Minnesota, USA, Conference: June 26 – 29, 2020. MTMT

                    „For example, the reference [4] presented how to use the videos to show the fabrication of robots.”

          c4       Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

      Systems, INDECS, Vol. 16, No. 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

      Web of Science, MTMT

          c5       Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

      Interdisciplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16,

      No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

      Web of Science, MTMT

          c6       Mehrotra Aditya, Giang Christian, El-Hamamsy Laila, Guinchard Anthony, Dame Amaury, Zahnd Geral-

       dine, Mondada Francesco, Accessible Maker-Based Approaches to Educational Robotics in Online Lear-

       ning, IEEE ACCESS 9, pp. 96877-96889, DOI: 10.1109/ACCESS.2021.3094158, eISSN: 2169-3536,

       2021.

       Web of Science, Scopus, MTMT

          c7       López-Belmonte Jesús, Segura-Robles Adrián, Moreno-Guerrero Antonio-José, Parra-González María-

       Elena, Robotics in Education: a Scientific Mapping of the Literature in Web of Science, Electronics,

       Vol. 10, No. 3 p. 291, DOI: 10.3390/electronics10030291, 2021. Web of Science, Scopus, MTMT

                     „These include its high cost [60], the need to train teachers in the use of technological resources [61],

                     students’ own digital competence [62], and the need for the pedagogical training of teachers [63].”

          c8       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, Issue

                     1, pp. 29-35, DOI: 10.5937/fme2101029P, ISSN:1451-2092, UDC: 621, 2021.

                     Web of Science, MTMT

          c9       Murat Auyelbek, Kalibek Ybyraimzhanov, Erlan Andasbayev, Elmira Abdykerimova, Asset Turkmen-

                     bayev Analysis of Studies in the Literature on Educational Robotics, Journal of Turkish Science

                     Education, Vol. 19, Issue4, pp. 1267-1290, DOI: 10.36681/tused.2022.174, ISSN 1304-6020, 2022.

                     „The reasons preventing the inclusion of ER in the formal context, according to the authors, are high cost

                     (Wallace & Freitas, 2016), the need to train teachers to use technological resources (Mester, 2016),

                     students' digital Competence (Núñez, 2016), and the need for pedagogical training of teachers

                     (S{nchez et al., 2019). MTMT

          c10     Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: INDECS, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI:10.7906

                     /indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

                     Web of Science, MTMT

                     „The advantage the h-index is that it combines both the quantity – number of articles and quality-citations

                     to these articles [2-6].

          c11     Hai-Dung Do, Kun-Tan Tsai, Ju-May Wen, Shihping Kevin Huang, Hard Skill Gap between University

                     Education and the Robotic Industry, Journal of Computer Information Systems, Vol. 63, Issue 1, pp. 24-

                     36, DOI: 10.1080/08874417.2021.2023336, 2023. MTMT

          c12     José Carlos Pereira da Silva, Robótica Educativa, um Contributo Para o Desenvolvimento do Pensamento

                     Computacional na Escolaridade Inicial, dissertation, p. 183, Universidade do Minho, Portugal, 2023.

                     MTMT

                     „Algumas são direcionadas para crianças como o Kibo, (Pinto et al., 2021; Relkin & Bers, 2021), Beebot,

                     (Diago et al., 2018), Dash and Dot, (Huang et al.,2018), Cubetto, (Alsina & Acosta, 2022), Ozobot, (Chou,

                     2018; Körber et al., 2021; Žáček & Smolka, 2019), LEGO WeDo 2.0, (Chalmers, 2018; Demetriadis et al.,

                     2012; Üşengül & Bahçeci, 2020), Placa Micro: Bit, (Rogers & Siever, 2018), e outras são mais avançadas

                     para adolescentes, como o Mbot, Mester (2016) e a Placa Arduino, Cristina & Rocha (2020).

          c13     Ericson Antony, Agnes Neenu N T, Robotics as an Educational Tool, International Journal for Modern

                     Trends in Science and Technology, Vol. 8, Issue 2, pp. 254-257, ISSN: 2455-3778, DOI: 10.46501/IJMT

                     ST0802041, 2022. MTMT

          c14     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c15     Djekic, D. Milica and Mester, Gyula, The Technological Aspects of Tor's Project, Transactions on Advan-

                     ced Research, IPSI, Belgrade, Vol. 17, No. 1, pp. 49-54, ISSN 1820-4511, January 2021. MTMT

          c16     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken 2020, Vajd-

                     asági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.   

                     14. MTMT

          c17     Jelena Pisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN:978-963-449-163-7, Óbuda University, Budapest, Hungary, november 2019.

                     MTMT

          c18     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and

                     Safe Cities conference, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, 2020. MTMT

          c19     Jelena Pisarov, mBot kerekeken gördülő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kötet, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c20     Churnia Sari, Dody Susilo, Effectiveness of Project-Based Learning Models for Ease of Understanding

                     Robotics and Microcontroller Couple-Courses, Proceedings of the the 3^rd International Conference on

                     Education & Social Science Research (ICESRE) 2020, 15 pages, DOI: 10.2139/ssrn.3865854, 2021.   

                     MTMT

          c21     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelli-

                     gencia forradalma a fotóművészetben, konferenciaközlemény, pp. 105-115, ISBN: 978-963-449-357-0,

                     XXXIX. Kandó Konferencia 2023, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, 2023.

                     november 9-10. http://hdl.handle.net/20.500.14044/25769, 2024. MTMT

          c22     Galić Luka, Platforme za e-učenje i stjecanje novih ekonomskih znanja, Opatija: Sveučilište u Rijeci,

                     Fakultet za menadžment u turizmu i ugostiteljstvu, Nacionalni repozitorij završnih i diplomskih radova

                     ZIR Nacionalna i sveučilišna knjižnica u Zagrebu, 2022. https://urn.nsk.hr/urn:nbn:hr:191:928273

                     MTMT

          c23     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c24     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, VMTT Magyar Tudomány Napja a Délvidéken,

                     konferencia kiadvány, pp. 332-340, ISBN 978-86-88077-12-5, Vajdasági Magyar Tudományos Társaság,

                     2020. november 14. MTMT

          c25     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, 2021, Vol. 76, No. 2,

                     pp. 254-261, DOI: 10.5937/tehnika2102254D, MTMT

          c26     Auyelbek, M., Ybyraimzhanov, K., Andasbayev, E., Abdykerimova, E., & Turkmenbayev, A., Analysis of

                     Studies in the Literature on Educational Robotics. Journal of Turkish Science Education, Vol. 19, Issue 4,

                     pp. 1267-1290, DOI: 10.36681/tused.2022.174, 2022. MTMT

 

C51. Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description of Complex Systems, Indecs, Croatian Interdisciplinary Society, Vol. 14, No. 1, pp. 1-9, ISSN 1334-4684, DOI: 10.7906/indecs.14.1.1, 2016. MTMT 56/80

Web of Science: 000410113400001, Research Gate, Google Scholar: 13807655955226877977, MTMT: 3036 171, ODT, GS cit. 139

          c1       Gyula Mester, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9, DOI:10.13140/

                     RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c2       Armen Yuri Gasparyan, Marlen Yessirkepov, Akmaral Duisenova, Vladimir I. Trukhachev, Elena I. Kost-

                     yukova and George D. Kitas, Researcher and Author Impact Metrics: Variety, Value, and Context, pp. 1-

                     16, DOI: 10.3346/jkms.2018.33.e139, ISSN 1011-8934, Journal of Korean Medical Science, 2018 April

                     18, Vol. 33, No. 18, e139.

       Web of Science, MTMT

       “The results of several studies have allowed extending its use for ranking journals, research topics, institu-

       tions, and countries.23, 24, 25, 26. With the digitization and expanded indexing of historic papers, the h-

       index scores of deceased authors can increase, giving a false impression of growing productivity.24”

          c3       Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, No. 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

       Web of Science, MTMT

          c4       Adian Fatchur Rochim, Abdul Muis and Riri Fitri Sari, A Discrimination Index Based on Jain's Fairness

                     Index to Differentiate Researchers with Identical H-index Values, Journal of Data and Information

                     Science, pp. 5-18, Vol. 5, Issue 4, DOI: 10.2478/jdis-2020-0026, Published online: 24 Jul 2020. 11. 13.

       Web of Science, Scopus, MTMT

       „The rank of the top world researchers is based on the H-index, but one needs to differentiate researchers

       with the same H-index, for example, an implementation of the rank of scientists on the webometrics

       website (Aguillo, 2018; Mester, 2016).”

          c5       Tibor Szakáll, Anita Sabo, Bojan Kuljić, Patrik Elter, Implementing an Existing Teaching Method in a

                     Virtual Environment, Journal of Applied Technical and Educational Sciences, pp. 18-28, Vol. 9, No. 2,

                     ISSN 2560-5429, DOI: 10.24368/jates.v9i2.105, 2019. MTMT

       „Észrevehető a tudományos publikációk között a VR technológia az oktatásban történő felhasználásáról

       szóló cikkek számának megnövekedése, amely a kutatók h-indexében is leképződik (Gyula Mester,

       2016).”

          c6       Attila Albini, Gyula Mester and László B. Iantovics, Unified Aspect Search Algorithm, Interdisciplinary

                     Description of Complex Systems, Indecs, DOI: 10.7906/indecs.17.1.4, Vol. 17, No. 1-A, pp. 20-25, 2019.

       Web of Science, MTMT

       “In order to determine the aspects measurement, validation and control topics should be studied [3-6],”

          c7       Jiménez-Bucarey Carmen, Araya-Castillo Luis, Rojas-Vallejos Jorge, Personalidad de marca como área

                     de investigación en Educación, Brand Personality as a Research Area in Higher Education, Revista de

                     Ciencias Sociales, Vol. XXVI, No. 4, pp. 394-418, DOI: 10.31876/rcs.v26i4.34670, ISSN: 1315-9518,

                     2020. MTMT

       „En función de las citas recibidas en la colección principal de WoS, se distinguen como las principales

       publicaciones dentro de este reducido conjunto, sólo 3 artículos que superan las 3 citas cada uno y por

       tanto estableciendo el índice de Hirsch, más conocido como h-index (Bornmann y Hans-Dieter, 2007;

       Kreiner, 2016; Mester, 2016; Prathap, 2019), y declarado por WoS (2020) del tema en estudio en un valor

       3. Como se detalla en el Cuadro 2.”

          c8       Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Con-

                     ference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020. In Pro-

                     ceedings published 31 December 2020, Vol. 63, No. 60, pp. 1-6, DOI: 10.3390/proceedings2020063060,

                     2020. MTMT

       „These principles need to be incorporated into the legal framework [13] and into the educational materi

       als that define the daily approach [14–18].”

          c9       Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th Internatio-

                     nal Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020.

                     Proceedings 2020, Vol. 63, Issue 1, pp. 1-7, 50, DOI: 10.3390/proceedings2020063050, MDPI, Published:

                     25 December 2020. MTMT

                     „From other aspects, the need for sustainability must be emphasized in the underlying legal regulation [8]

                      and in the education [9,10,11].”

          c10     Věra Kroftová, Využití vybraných indikátorů Scimago Journal & Country Rank k vyhodnocení publikační

                     aktivity České republiky v kontextu dalších zemí v databázi Scopus, ProInflow: Journal for Information

                     Sciences, Vol.14, No.1–2, pp. 49-65, DOI: 10.5817/ProIn2022-2-4CCBY4.0, 2022. MTMT

          c11     Lázaro Florido-Benítez, Ignacio Aldeanueva Fernández, Fusing International Business and Marketing:

                     A Biblio-metric Study, Administrative Sciences, 12(4), p. 159; DOI: 10.3390/admsci12040159, 2022.

                     MTMT

       „AI and 5G provide new concepts and possibilities for communication and international marketing

       industry, as well as within academy research (Mester 2016; Pisarov and Mester 2020).”

          c12     Giorgia Bondanini, Gabriele Giorgi, Antonio Ariza-Montes, Alejandro Vega-Muñoz and Paola Andreucci

       Annunziata, Technostress Dark Side of Technology in the Workplace: A Scientometric Analysis, Interna-

       tional Journal of Environmental Research and Public Health, Vol. 17, Issue 21, paper 8013, DOI: 10.33

       90/ ijerph17218013, mdpi.com, 2020.

       WoS:000589119500001, Scopus: 10492138095503525815, MTMT

       „Next, quantity (production), quality (impact) and relationship [61,70], prolific authors concentrations ac-

       cording to Lotka’s Law [71,72], nucleus journals according to Bradford’s Law [73,74,75,76,77,78], and

       highly cited articles according to the Hirsch index [79,80,81,82,83,84] will be analyzed by scientometry.

       In another phase, through the VOSviewer [85,86], analysis by co-authors at the level of affiliation with

       country/region, affiliation with institutions and affiliation with other authors will take place.”

          c13     Wellington Fernandes Silvano, Roderval Marcelino, Iota Tangle: A cryptocurrency to communicate Inter-

                     net of Things data, Future Generation Computer Systems, Vol. 112, pp. 307-319, ISSN 0167-739X, DOI:

                    10.1016/j.future.2020.05.047, Elsevier, 2020.

      Web of Science, Scopus, MTMT

          c14     Daqian Shi, Ting Wang, Hao Xing, Hao Xu, A Learning Path Recommendation Model Based on a Multi-

       dimensional Knowledge Graph Framework for e-learning, Knowledge-Based Systems, Vol. 195, paper

      105618, ISSN 0950-7051, DOI: 10.1016/j.knosys.2020.105618, Elsevier, 2020.

      Web of Science, Scopus, MTMT

          c15     Pisarov, Jelena, Mester, Gyula, The Impact of 5G Technology on Life in the 21^st Century, Transactions on

      Advanced Research, IPSI, Vol. 16, No. 2, pp. 11-14, ISSN 1820-4511, July 2020.

                     Google Scholar:12738587596641423417, MTMT

          c16     Alejandro Vega-Muñoz, Paloma Gónzalez-Gómez-del-Miño and Juan Felipe Espinosa-Cristia, Recogni-

                     zing New Trends in Brain Drain Studies in the Framework of Global Sustainability, Sustainability, Vol.

                     13, No. 6, 3195. DOI: 10.3390/su13063195, mdpi.com, 2021. MTMT

       „Furthermore, researchers analyzed co-authorship at the level of affiliation with institutions and authors.

       Researchers also identify highly cited articles in this step according to the Hirsch index [82,83,84,85,86,

       87].”

          c17     Jelena Pisarov, Gyula Mester, Programming the mBot Robot in School, Proceedings of the MechEdu In-

      ternational Conference & Workshop 2019, pp. 45-48, ISBN 978-86-918815-5-9, Subotica Tech, Subotica,

      Serbia, 12.12.2019. MTMT

      Google Scholar: 13563414394808105654, MTMT

          c18     O'Neil David, English as the Lingua Franca of International Publishing, World Englishes, Vol. 37, No. 2,

      pp. 146-165, DOI:10.1111/WENG.12293, 2018.

      Web of Science, MTMT

      „For example, H index - which may be used to measure the output of individual scientists, journals, or

      countries-would be an effective way to measure the reception of a nation's publications in the scientific

      community at large, and it is arguably better than impact factor for this purpose because it is less sensitive

      to highly cited outliers (Mester, 2016).”

          c19     Jelena Pisarov, Experience with mBot – Wheeled Mobile Robot, Proceedings of the XXXV Jubileumi

      Kandó Konferencia JKK2019, pp. 47-51, ISBN 978-963-449-163-7, Óbuda University, Budapest,

      Hungary, 2019.11.14-15. MTMT

          c20     Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

      Systems, Indecs, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

      Web of Science, MTMT

      „The Lifelong Learning in Western European societies is a successful state-sponsored initiative and

      process where the positive impact is not only measurable on those concerned [15-19].”

          c21     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

      Interdisciplinary Description of Complex Systems, Indecs, Croatian Interdisciplinary Society, Vol. 16,

      No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

      Web of Science, MTMT

          c22     Damir Sostaric, Gyula Mester, Drone Localization Using Ultrasonic TDOA and RSS Signal: Integration

      of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, No. 1, pp. 21-30, DOI: 10.5937/

      fmet2001021S, ISSN 1451-2092, 2020.

      Web of Science, Scopus, MTMT

          c23     Attila Albini, Dániel Tokody, Zoltán Rajnai, Theoretical Study of Cloud Technologies, Interdisciplinary

      Description of Complex Systems, Indecs, Vol. 17, No. 3-A, pp. 511-519, DOI: 10.7906 /indecs.17.3.11,

      2019.

      Web of Science, MTMT

          c24     Gyula Mester, Academic Ranking of World Universities 2017, Review of the National Center for Digitiza-

      tion, Faculty of Mathematics, University of Belgrade, Ed. Nenad Mitic, Vol 31, pp. 40–45, ISSN: 1820-01

      09, 2017. MTMT

          c25     Damir Sostaric, Gyula Mester and Sanja Dorner, ECG Simulation and Integration of Kalman Filter in

      Cardio Pediatric Cases, Interdisciplinary Description of Complex Systems, Indecs, Vol. 17, No. 3-B,

      pp. 615-628, ISSN 1334-4684, DOI: 10.7906/indecs.17.3.12, 2019.  

      Web of Science, MTMT

          c26     Gyula Mester, Ranking of Hungarian Researchers Born in Vojvodina in Natural Sciences, Techniques

      and Human Sciences, Review of the National Center for Digitization, Faculty of Mathematics,

      University of Belgrade, Ed. Nenad Mitic, ISSN: 1820-0109, Issue: 30, pp. 28-34, 2017. MTMT

          c27     Antonio Sianes, Alejandro Vega-Muñoz, Pilar Tirado-Valencia, Antonio Ariza-Montes, Impact of the

      Sustainable Development Goals on the Academic Research agenda. A Scientometric Analysis, PLOS

      ONE, Vol. 17, No. 3, e0265409, DOI: 10.1371/journal.pone.0265409, 2022.

      WoS: 000784193600066, MTMT

      „This analysis seeks an approach, both through the concentration of Keyword Plus® [89] and by analy-

      sing the references used as input in the production of knowledge, which can be treated as cocitations,

      coupling-citations and cross-citations [90], using the h-index, in citation terms, as discriminant criteria in

      the selection of articles [91–93].”

          c28     Gyula Mester, Ranking Baltic States Researchers, Interdisciplinary Description of Complex Systems,

      Indecs, Croatien Interdisciplinary Society, Vol. 15, No, 3, pp. 174-179, ISSN 1334-4684, DOI: 10.7906

      /indecs.15.3.1, 2017.

                     Web of Science, MTMT

          c29     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Proceedings of the Conference VMTT

      2019, pp. 419-428, ISBN 978-86-88077-11-8, Vajdasági Magyar Tudományos Társaság, 2019 december

      14-én, Újvidék, Szerbia, 2019.12.14. MTMT

          c30     Jelena Pisarov, 5G i samovozeći automobili, Zbornik radova konferencije TREND 2020, XXVI Skup

      Trendovi razvoja: „Inovacije u modernom obrazovanju”, pp. 391-394, ISBN 978-86-6022-241-3,

      Kopaonik, Serbia, 16-19.02.2020. MTMT

          c31     Rochim, A. F., Muis, A., & Sari, R. F., A Discrimination Index Based on Jain’s Fairness Index to Differ-

                     entiate Researchers with Identical H-index Values, Journal of Data and Information Science, Vol. 5, No.

                     4, pp. 5–18, eISSN: 2543-683X, https://doi.org/10.2478/jdis-2020-0026, 2020. MTMT

                     „The rank of the top world researchers is based on the H-index, but one needs to differentiate researchers

                     with the same H-index, for example, an implementation of the rank of scientists on the webometrics

                     website (Aguillo, 2018; Mester, 2016).”

          c32     Lázaro Florido-Benítez, Ignacio Aldeanueva Fernández, Fusing International Business and Marketing:

      A Bibliometric Study, Administrative Sciences, Vol. 12, No. 4, 159, pp. 1-26, DOI 10.3390/admsci120

      40159, MDPI, 2022. MTMT                                                                                                             

       „AI and 5G provide new concepts and possibilities for communication and international marketing

       industry, as well as within academy research (Mester 2016; Pisarov and Mester 2020).”

          c33     Annika Hochstrasser, Johann Peter Murmann, China Innovation Capacity Growth Index 2015 and 2020,

                     Management and Organization Review, Vol. 17, Special Issue 4, pp. 861-867, DOI: 10.1017/mor.2021.

                     59, 2021.

       Web of Science: 000718187300013, MTMT

          c34     Igor Iuco Castro-Silva, Francisco Valdicélio Ferreira and Jacques Antonio Cavalcante Maciel, Biotechno-

       logy Research in Brazil: A Spatial Correlation Between H-Index and Social Development, Research, Soci-

       ety and Development, Vol. 10, No. 1, pp. 1-12, e29910111807, ISSN 2525-3409, DOI: 10.33448/rsd-

       v10i1.11807, 2021. MTMT

      „Este  índice  fornece  uma  avaliação confiável e abrangente da significância de contribuições de um

      pesquisador, permitindo classificações entre indivíduos, grupos de trabalho, instituições, países,

      periódicos ou temas de pesquisa (Hirsch, 2019; Mester, 2016; Tabatabaei-Malazy, Ramezani, Atlasi,

      Larijani &Abdollahi, 2016; Bornmann et al., 2012; Jacsó, 2009).”

          c35     Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi

      Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-

      521, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c36     Gyula Mester, Elektromos autók újdonságai 2019, Bánki Közlemények, Bánki Reports, Vol. 3, No. 1,

      pp. 37-41, ISSN 2560-2810, 2020. MTMT

          c37     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Indecs,

      Interdisciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 20, Issue 1,

      pp. 44-49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022.

      Web of Science: 000759456600006, MTMT

      „Thus, the modeling procedure is multidisciplinary and can be generally used in RDI [12-17] and

      education [18-20], and in legal regulations [21, 22] each in its territory.”

          c38     Arman Rahimmi, Drawbacks to h-index, as a Factor Assessing the Scientific Impact and the Scientific

      Credit of a Researcher, COLLNET Journal of Scientometrics and Information Management, Vol. 14,

      No. 2, pp. 331-333, DOI: 10.1080/09737766.2021.1906183, Taylor & Francis, 2020.

      Web of Science: 000657918700008, MTMT

          c39     Alejandro Vega-Muñoz, Paloma Gónzalez-Gómez-del-Miño, Juan Felipe Espinosa-Cristia, Recogni-

      zing New Trends in Brain Drain Studies in the Framework of Global Sustainability, Sustainability,

      Vol. 13, No. 6, pp. 1-27, paper 3195, MDPI, DOI: 10.3390/su13063195, 2021.

      Web of Science: 000645736500001, Scopus, MTMT

      „Researchers also identify highly cited articles in this step according to the Hirsch index [82–87].”

          c40     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      Web of Science, MTMT

       „Classifications of the scientist’s based on earlier defined area of research, Range-Only SLAM, are

       considered with high ranking index in specific area like indoor localization, outdoor localization with

       adequate subversions [35].”

          c41     Adian Fatchur Rochim, Abdul Muis, Riri Fitri Sari, Comparison of the h-index of Researchers of Goog-

      le Scholar and Scopus, World Academy of Science, Engineering and Technology, International Journal

      of Educational and Pedagogical Sciences, Vol.11, No.10, pp. 2535-2539, DOI:10.5281/zenodo.1315565,

      ISNI:0000000091950263, 2017. MTMT

      „Webometrics site by The Spanish National Research Council (CSIC) ranks researrchers in some

       countries using H-index [2].”

          c42     Masoud Koorki, Alireza Isfandyari –Moghaddam, Behrooz Bayat, Evaluation of Research Outputs at the

       Hamadan University of Medical Sciences Based on the Hirsch Index and m Parameter: A Scientometric

       Study, Avicenna Journal of Clinical Medicine, Vol. 23, Issue 4, pp. 323-335, DOI: 10.21859/hums23047,

                     ISSN 2588-7238, 2017. MTMT

          c43     Torres-Cintrón M., Noboa-Ramos C., De Pedro-Serbia Z., Lugo-Picó M., González-Sepúlveda L., Pérez-

      Ríos N., & Irizarry-Ramírez M., Scientometric analysis of the Puerto Rico Clinical and Translational

      Research Consortium (PRCTRC) research publications, 2010–2018, Journal of Clinical and Translational

      Science, Vol.5, Issue 1, paper e4, pp. 1-7, DOI:10.1017/cts.2020.43, 2020.

      Web of Science:000688466700001, MTMT

      „We stand by the use of the HI, as a simple and useful way to characterize the scientific output of a

      researcher which has been extensively used by others to establish comparisons of scientists, scientific

      journals, research teams, and research institutions and countries [Reference Mester12].”

          c44     Fehér Helga, Kozma Dorottya Edina, A vállalkozói attitűd vizsgálata bibliometriai módszer segítségével,

      Nemzetközi tudományos konferencia a Magyar Tudomány Ünnepe alkalmából, 3. szekció: Fenntartható-

      tarthatóság, környezet tudatosság, DOI: 10.35511/978-963-334-411-8, pp. 132-148, ISBN 978-963-334-

      411-8, Soproni Egyetem, 2022. MTMT

          c45     László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

      Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022.

      Web of Science: 000807497500002, MTMT

      „Of course, this can have further negative effects in terms of citations and international relations. [17]”

          c46     Delilović, Namik, Maurer, Hermann, Producing Unifying Reports on Topics of General Interest, IPSI

      Transactions on Advanced Research, Vol. 17, No. 1, pp. 43-48, ISSN 1820 – 4511, January 2021. MTMT

      „The idea is to extract metadata hidden in a document, also using style and sentiment analysis to allow

      users when searching to specify one of many preferences; this should, for example, include: date of

      publication, source of publication (reliability), length of publication, standing of authors according to

      h–index on Google Scholar [31-35] or such, altogether allowing users to find out that despite conflicting

      points of view some are dominated by persons having significantly higher credibility, thus trying to pro-

      vide a tool to distinguish real from fake news.”

          c47     Gasparyan Armen Yuri, Yessirkepov Marlen, Voronov Alexander A., Koroleva Anna M., Kitas George

       D., Comprehensive Approach to Open Access Publishing: Platforms and Tools, Journal of Korean Medi-

       cal Science, Vol. 34, Issue 27. pp. 1-17, DOI: 10.3346/jkms.2019.34.e184, 2019.

                     Web of Science, Scopus, MTMT

          c48     Fang Xue-Jin, Cui Jun-Ying, Hu Dan-Dan, Han Xiao-Pu, Relativistic Regional Innovation Index and

                     Novel Business Cycle, Acta Physica Sinica-Chinese Edition, Vol. 69, Issue 8, paper: 088905, 12 p, DOI:

                     10.7498/aps.69.20191970, 2020.

                     Web of Science: 000535988000030, Scopus, MTMT

          c49     Stepanic Josip, Contribution to Quantification of Communication, Interdisciplinary Description of

                     Complex Systems, Vol. 19, Issue 1, pp. 42-46, DOI 10.7906/indecs.19.1.4, 2021.

                     Web of Science: 000636477500004, MTMT

          c50     Berek, László, Predátor kiadók és folyóiratok az online tudományos publikálás világában, in: Muhi B.

                     Béla (edit.) Vajdasági Magyar Tudóstalálkozó 2020 – Konferenciakötet, Újvidék, Szerbia, Vajdasági

                     Magyar Akadémiai Tanács, pp. 74-80, 2021. MTMT

          c51     Akhtar Abbas, Nadeem Siddique, Ayesha Gulzar, Usama Amin Khan, Muhammad Ajmal Khan, Khalid

                     Mahmood, Characterizing Elite Scholars of Library and Information Science: A Bibliometric Analysis,

                     JIMP Journal of Information Management and Practices, Vol. 2, No. 2, pp. 1-27, DOI:10.52461/jimp.

                     v2i2.1429 ISSN (Online): 2790-6868, Publisher: Department of Information Management, The Islamia

                     University of Bahawalpur, Pakistan, 2022. MTMT

                     „The h-index presented by Hirsch (2005) defined by Mester (2016) as “A scientist has index h if h of

                     his/her Np papers have at least h citations each, and the other Np − h papers have no more than h cita-

                     tions each” and is globally used due to its simplicity and usefulness (Alonso et al., 2009).”

          c52     Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: INDECS, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.

                     7906/indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

                     Web of Science, MTMT

                     „The advantage the h-index is that it combines both the quantity-number of articles and quality-citations

                     to these articles [2-6].”

          c53     Gerson Lopes Teixeira, Bruno Luis Ferreira, The Impact of Brazilian Food Science Over the Past Two

                     Decades. A Critical Review and Meta-analysis. Food Science Today, Vol. 1, Issue 1, DOI:10.58951/fs

                     today.v1i1.14, Corpus ID: 257068351, ISSN 2965-1190, 2023. MTMT

                     https://journals.royaldataset.com/fst/article/view/14

                     „Although widely used as a helpful tool and valuable metric to evaluate performance (Hirsch, 2005; Kelly

                     & Jennions, 2006; Mester, 2016; Thomaz et al., 2011), the literature reposts inconsistencies and critics on

                     the use and calculation of the h-index, which has also been the subject of several studies seeking to update

                     and make the calculation of the index more efficient (Gaster & Gaster, 2012; Montazerian et al., 2019;

                     Waltman & van Eck, 2012).”

          c54     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 361-364, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c55     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c56     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c57     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c58     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c59     Gyula Mester, 2022 Ranking of Researchers at the University of Belgrade, Review of the National Center

                     for Digitization, Publisher: Faculty of Mathematics, University of Belgrade, Vol. 41, pp. 74-80, ISSN:

                     1820-0109, 2022. MTMT

          c60     Mester Gyula, h-index meghatározása internetes adatbázisokból, egyetemi világranglisták 2016, Konfe-

                     rencia kiadvány, XXXII Kandó konferencia: Kandó a tudomány hajóján, Bendiák István szerk., pp. 1-9,

                     ISBN: 978-963-7158-07-0, Budapest, Óbudai Egyetem, Magyarország, 2016.11.17. MTMT

          c61     Gyula Mester, Univerziteti Regiona na Šangajskoj Rang Listi ARWU 2017, XXIV Skup Trendovi Razvoja:

      Digitalizacija Visokog Obrazovanja, Zbornik Radova, paper No. T 2.2-2, pp.1-4, ISBN: 978-86-7892-998-

      -4, Kopaonik, Serbia, 21-23.02.2018. MTMT

          c62     Gilmar Felisberto Júnior, Carlos Alberto Lazarini, Edson Luis Maistro, Elza de Fátima Ribeiro Higa, Luc-

      as Trevizani Rasmussen, Produção Científica do Programa de Mestrado Acadêmico “Saúde e Envelheci-

      mento”: Análise Bibliométrica, Estudos Interdisciplinares sobre o Envelhecimento, Porto Alegre, Vol. 28,

      pp. 1-14, DOI: 10.22456/2316-2171.132925, 2023. MTMT

      „O índice h de Hirsch fundamentou a criação do índice h5, proposto pelo Google Scholar. É um índice

      bibliométrico que visa quantificar o impacto de produção do periódico, por meio da quantificação das ci-

      tações recebidas, num intervalo de cinco anos (MESTER, 2016; HIRSCH, 2005). Outro ganho, segundo

      a literatura, é a possibilidade de haver correlações positivas entre o número de citações e o índice h5 do

      pesquisadores (MESTER, 2016).”

          c63     Kozma Dorottya Edina, Fehér Helga, Bosnyák-Simon Nikolett, Fókuszban a vállalkozói jellemvonások -

      tudományos publikációk elemzése a bibliometria módszerével, Vezetéstudomány/Budapest Management

      Review, Vol. LIV, Issue 6, pp. 60-74, ISSN 0133-0179, DOI: 10.14267/VEZTUD.2023.06.05, 2023.

      MTMT

                     „A kapott eredmények helyességét igazolták más szerzők, így Mester (2016) is, aki szintén a Scimago

                     világrangsorával vetette össze a világ legtöbb hivatkozásával rendelkező országait.”

          c64     Doğan İsmet, Doğan Nurhan, Yayın Etiği Açısından Dergi Çeşitliliği ve Bir Metrik Önerisi: Metodolojik

                     Bir Çalışma, Turkiye Klinikleri Journal of Medical Ethics-Law & History, Vol. 31 Issue 2, pp. 91- 97,

                     DOI: 10.5336/mdethic.2023-95949, 2023. MTMT

                     „Ancak bilimsel literatürde bu metriğe yönelik bazı itirazlar tespit edilmiş ve bunun yerine yeni metrikler

                     önerilmiştir.11-13”

          c65     Gyula Mester, The Latest Ranking List of Researchers at the University of Novi Sad in 2023, Review of

                     the National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN:

                     1820-0109, Issue: 42, 2023. MTMT

          c66     Linqing Li and Zhifeng Wang, Knowledge Graph Enhanced Intelligent Tutoring System Based on Exercise

                     Representativeness and Informativeness, arXiv preprint arXiv:2307.15076, pp. 1-31, International Journal

                     of Intelligent Systems, DOI: 10.1155/2023/2578286, 2023. MTMT

                     „In previous work on quantifying algorithms [49], the features et F of KCs was proposed to select

                     important KCs, including the level (f1), frequency (f2), connection (f3), similarity (f4), and difficulty

                     (f5) of the corresponding KCs.”

          c67     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c68     Jelena Plisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN:9789634491637, Budapest, 2019. MTMT

          c69     Armen Yuri Gasparyan, Marlen Yessirkepov, Akmaral Duisenova, Vladimir I. Trukhachev, Elena I.

                     Kostyukova and George D. Kitas, Researcher and Author Impact Metrics: Variety, Value, and Context,

                     Journal of Korean Medical Science, Vol. 33, Issue 18, DOI: 10.3346/jkms.2018.33.e139, ISSN: 1598

                     6357, 2018. MTMT

          c70     László Berek, Researcher’s Choice or just a Necessity? The Consequences of Publishing in a Predatory

                    Journal, Interdisciplinary Description of Complex Systems, INDECS, Vol. 21, Issue 4, pp. 324-332, DOI:

                    10.7906/indecs.21.4.1, 2023.

                     Web of Science, MTMT                           

          c71     Gyula Mester, Ranking of Hungarian Scientists Using h-index, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023.

                     Web of Science, MTMT

          c72     Bilal Ahmed, Wang Li, Ghulam Mustafa, Muhammad Tanvir Afzal, Salman Z Alharthi, Adnan Akhunza-

                     da, Evaluating the Effectiveness of Author-Count based Metrics in Measuring Scientific Contributions,

                     IEEE Access, Electronic ISSN: 2169-3536, Vol. 11, pp. 101710-101726, DOI: 10.1109/ACCESS.2023.

                     3309416, 2023. MTMT

                     „This method employs fractional counting [70] where the citation count remains unchanged, while the

                     effective rank is determined by the publication rank.“

          c73     Fredelino A. Galleto Jr., Aaron Don M. Africa, Frediezel G. De Leon, Alvin B. Culaba, Fifth-generation

                     Networks: The Adoption of Technology in a Developing Country, SciEnggJ, Vol. 16, No. 02, pp. 310-320,

                     2023. MTMT

                     „Because it opens up new ideas and avenues for communication in business and academic research, artifi-

                     cial intelligence is crucial for the 5G network (Mester, 2016).”

          c74     Bangchao Wang, Zhiyuan Zou, Hongyan Wan, Yuanbang Li, Yang Deng, Xingfu Li, An Empirical Study

                     on the State-of-the-Art Methods for Requirement-to-Code Traceability Link Recovery, Journal of King

                     Saud University - Computer and Information Sciences, Vol. 36, Issue 6, 102118, ISSN 1319-1578, DOI:

                     10.1016/j.jksuci.2024.102118, 2024.10.22. MTMT

          c75     Hendry Izaac Elim, Chinappan Baskar, A Novel Quality Evaluation Using a Smart Unique Language of

                     Interaction Data Between Industry 5.0 and Society 5.0,  Pattimura Excellence Journal of Language and

                     Culture, Vol 3 No 1, ISSN 2808-2265, DOI: 10.30598/PEJLaC.v3.i1.pp45-56, 2023. MTMT

          c76     Zahra Foroughi, Hassan Siamian , Safiyeh Tahmasebi Limoni , Mitra Ghiasi, Reza Alizadeh navaei , Ali

                     asghar Nadi Ghara, Presentation Multifold Index: New Scientometric Indicator. Journal of Mazandaran

                     University of  Medical Sciences, 2023; Vol.  33, Issue 2, pp. 259-268, ISSN 1735-9279, 2023.

          c77     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c78     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény azono-

                     sítójának - identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes adat-

                     bázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023 november 9-

                     10. MTMT

          c79     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023,

                     pp. 278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c80     Gyula Mester, 2022 Ranking of Researchers at the University of Belgrade, Review of the NCD, Review of

                     the National Center for Digitization, pp. 74-80, Faculty of Mathematics, University of Belgrade, ISSN:

                     1820-0109, Issue: 41, 2022. MTMT

          c81     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c82     Gyula Mester, Ranking of Hungarian Researchers from Several Disciplines Using Google Scholar Data-

                     base, Science in Practice 2018, SÍP 2018, XXXIV. Kandó Conference, pp. 27-41, Óbuda University,

                     Budapest, Hungary, ISBN: 978-963-449-096-8, 22-23. November 2018. MTMT

          c83     Mariela Torres-Cintrón, Carlamarie Noboa-Ramos, Zulmarie De Pedro-Serbia, Mariela Lugo-Picó, Lorena

                     González-Sepúlveda, Naydi Pérez-Ríos and Margarita Irizarry-Ramírez, Scientometric Analysis of the Pu-

                     erto Rico Clinical and Translational Research Consortium (PRCTRC) Research Publications, 2010-2018,

                     Journal of Clinical and Translational Science, Vol. 5, Issue 1, DOI: 10.1017/cts.2020.43, 2021. MTMT

          c84     Fehér Helga, Kozma Dorottya Edina, A vállalkozói attitűd vizsgálata bibliometriai módszer segítségével,

                     Pandémia - fenntartható gazdálkodás - környezettudatosság, konferencia kötet, pp. 132-148, ISBN 978-

                     963-334-411-8 DOI: 10.35511/978-963-334-411-8 Soproni Egyetem Kiadó, 2022. MTMT

          c85     Tibor Szakáll, Anita Sabo, Bojan Kuljic, Patrik Elter, Implementing an Existing Teaching Method in a

                     Virtual Environment, Journal of Applied Technical and Educational Sciences, Vol. 9, No. 2, ISSN 2560-

                     5429, DOI: 10.24368/jates.v9i2.105, 2019.

          c86     Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023. MTMT

          c87     Jelena Pisarov, Rang lista fizičara Srbije 2023, pp. 391-394, XXIX Skup Trendovi Razvoja: “Univerzitet

                     pred novim izazovima”, Zbornik radova, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c88     Dr. Berek László, Publikációs és citációs mérőszámok a kutatói előmenetel szemszögéből, KVK habilitáci-

                     ós és PhD workshop, minikonferencia kiadvány kötet, pp. 4-12, ISBN 978-963-449-364-8, Budapest, Hun-

                     gary, 2024. MTMT

             c89     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c90     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.  

                     13140/RG.2.2.32758.31043, 2025.

          c91     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c92     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c93     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c94     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c95     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c96     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c97     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

C52. Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Annals of Faculty Engineering Hunedoara - International Journal of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 1584-2665, 2015. Research Gate, Google Scholar, MTMT: 3036173, MTMT 31/40. GS cit. 66

          c1       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI: 10.79

                     06/indecs.14.3.5, 2016. MTMT

       “These are: (i) conventional PID regulator, (ii) backstepping method [19, 20] and (iii) knowledge-based

       Fuzzy Inference System (FIS) [4, 11].”

         c2       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c3       Juqian Zhang, Dawei Gu, Chao Deng, and Bangchun Wen, Robust and Adaptive Backstepping Control for

                     Hexacopter UAVs, IEEE Access 7, pp. 163502 - 163514, Vol. 7, DOI:10.1109/ACCESS.2019.2951282,

                     2019. MTMT

                     Web of Science, Scopus.

                     „In [39], the backstepping controller was used to force the hexacopter UAV system to follow a reference

                     trajectory.”

          c4       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

          c5       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016. november

                     17. MTMT

          c6       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018.  MTMT

          c7       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendoví

       Razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia: University of Novi Sad, pp. 229-232,

       paper No. UP4.1, 2021. MTMT

          c8       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

       oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi Razvoja: „On-line

       nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c9       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)  

       XXVII Skup Trendovi Razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, 2021. MTMT

          c10     Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika2105690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c11     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      MTMT

          c12     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-46

                     84, DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c13     Walid Alqaisi and Claude Ziad El-Bayeh, Adaptive Control Based on Radial Base Function Neural Net-

      work Approximation for Quadrotor, 17^th Annual System of Systems Engineering Conference (SOSE)

      Rochester, NY, USA, 2022, pp. 214-219, DOI: 10.1109/SOSE55472.2022.9812660, 2022. MTMT

          c14     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                     394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c15     César Bautista, Human Perception inside of a Self-Driving Robotic Car, IPSI Transactions on Advan-

       ced Research, Vol. 17, No. 2, pp. 50-56, ISSN 1820 – 4511, July 2021. MTMT

          c16     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c17     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c18     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020, Vaj-

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

                     14. MTMT

          c19     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN:1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c20     Juqian Zhang, Dawei Gu, Chao Deng, Bangchun Wen, Robust and Adaptive Backstepping Control for He-

                     xacopter UAVs, in IEEE Access, Vol. 7, pp.163502-163514, DOI: 10.1109/ACCESS.2019.2951282, ISSN

                     2169-3536, 2019. MTMT

          c21     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia, pp.

                     67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c22     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c23     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20, Issue 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c24     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, TAR, Vol. 17, No. 2, pp.

                     19-27, ISSN 1820 – 4511, July 2021. MTMT

          c25     Jelena Pisarov, Önvezető autók okos városokban, Research Gate, pp. 1-6, 2020. MTMT

          c26     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019.12.14. MTMT

          c27     C. R. Ashima and S. Kanagalakshmi, Digital State Feedback Controller and State Observer for Trajectory

                     Tracking of Unmanned Aerial Systems, 2023 IEEE International Conference on Power Electronics, Smart

                     Grid, and Renewable Energy (PESGRE), Trivandrum, India, pp. 1-6, ISBN: 979-8-3503-1058-0, DOI: 10.

                     1109/PESGRE58662.2023.10404222, 2023. MTMT

          c28     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c29     Yuankang, Z. H. U., Investigating Cascaded Control with Constraints with Application to Unmanned

                     Aerial Vehicle and Induction Motor Drive, PhD diss., RMIT University. researchrepository.rmit.edu.au

                     MTMT

          c30     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c31     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

             c32     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c33     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                    13140/RG.2.2.32758.31043, 2025. MTMT

          c34     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c35     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c36     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c37     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c38     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c39     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c40     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c41     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

C53. Gyula Mester, Merenje rezultata naučnog rada, Tehnika-Mašinstvo, Vol. 64, No. 3, pp. 445-453, ISSN 0040-2176, DOI: 0.5937/tehnika1503445M, Savez inženjera i tehničara Srbije, Beograd, Srbija, 2015.

Research Gate, Google Scholar, MTMT. GS 69

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c2        Živan Živković, Problemi u publikovanju rezultata naučnih istraživanja, njihova vidljivost i moguće pre-

                     vare, Trendovi u poslovanju, Vol. 7, No. 1, pp. 1-6, ISSN 2334-816X, DOI: 10.5937/trendpos1901001Q,

                     2019. MTMT

          c3       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, 2018.

       MTMT

       „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015

       decemberében jelent meg.”

          c4       Popović Milena, Savić Gordana, Kuzmanović Marija, Martić Milan, Using Data Envelopment Analysis

       and Multi-Criteria Decision-Making Methods to Evaluate Teacher Performance in Higher Education,

       Symmetry, Vol. 12, Issue 4, pp. 563-567, DOI:10.3390/sym12040563, 2020. MTMT

       “Mester [66] states that the leading indicators for the metric of teachers’ scientific research work are:

       number of citations, h-index, and i10 index.”

          c5       Milena J. Popović, Unapredjenje analize obavijanja podataka metodama multiatributivnog odlučivanja,

       doktorska disertacija, Beograd, University of Belgrade, Faculty of Organizational Siences, mentor Prof.

       dr Milan Martić, Univerzitet u Beogradu, Fakultet organizacionih nauka, p. 155, 2018. MTMT

          c6       Delilović, Namik, Maurer, Hermann, Producing Unifying Reports on Topics of General Interest, IPSI

                     Transactions on Advanced Research, Vol. 17, No. 1, pp. 43-48, ISSN 1820 – 4511, January 2021.

      MTMT

          c7       Jelena Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

       Razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

       paper No. UP4.1, 2021. MTMT

          c8       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

       oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi Razvoja:”On-line

       nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c9       Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir Katić (edit.) XXVII

                     Skup Trendovi Razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad,

                     pp. 371-374, 2021. MTMT

          c10     Gyula Mester, The latest ranking list of researchers at the University of Novi Sad in 2023, Review of the

      National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, Issue: 42,

                     ISSN: 1820-0109, 2023. MTMT

          c11     Zdobnova N.V., Problems of Publication of Results of Scientific Researchjheir Visibility and Possible

                     Machinations, Autonomous Non-profit Organization for improving the quality of education of the

                     population « School 21», Moscow, Vol. 18, pp. 44-47, eISSN: 2409-0921, 2021. MTMT

          c12     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c13     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken-2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c14     Živan Živković, Ranking of Researchers Based on the Achieved Scientific Results (Case Study:

                     Technical Faculty in Bor, University of Belgrade, Serbia), Trendovi u Poslovanju, Vol. 2, Issue 14,

                     pp. 9-22, ISSN 2334-816X, 2019. MTMT

          c15     Jelena Živković, Urban Form and Function. In: Leal Filho, W., Azul, A.M., Brandli, L., Özuyar, P.G.,

                     Wall, T. (eds) Climate Action. Encyclopedia of the UN Sustainable Development Goals. Springer, Cham.

                     pp. pp 862–871, DOI: 10.1007/978-3-319-95885-9_78, ISBN 978-3-319-95884-2, 2020. MTMT

          c16     Jelena Pisarov, Önvezető autók okos városokban, Proceeding of the conference: European Smart

                     Sustainable and Safe Cities, pp. 1-6, ISBN 978-615-00-9250-8, 2020. MTMT

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                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c18     Jelena Pisarov, On-line polaganje komleksnog ispita, XXVII Skup Trendovi razvoja: “On-line nastava na

                     univerzitetima”, paper No. UP4.1, pp. 229-232, ISBN 978-86-6022-313-7, Novi Sad, Serbia, 15-18.02.

                     2021.

                     MTMT

          c19     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c20     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c21     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                     nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c22     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c23     Popović M. J., Improvement Data Envelopment Analysis using Multiattribute Decision Making Methods,

                     Dissertation, pages 159, University of Belgrade, eLIBRARY ID: 38558027, 2018. MTMT

          c24     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c25     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.

          c26     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022

 

C54. Busra Koken, Gyula Mester, The Evolution of Cloud Robotics: A Survey, Annals of Faculty Engineering Hunedoara - International Journal of Engineering, Tome VIII/ Vol. 8, Fascicule 2/ Issue 2, (April – June), pp. 23-26, ISSN 1584-2665, 01.04.2015.

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                 könyvfejezet, pp. 524-533, ISBN: 978-86-88077-07-1, Újvidék, Szerbia, 2015. MTMT

      c2       Aniruddha Singhal, Nishant Kejriwal, Prasun Pallav, Soumyadeep Choudhury, Rajesh Sinha, Swagat

                 Kumar, Managing a Fleet of Autonomous Mobile Robots (AMR) using Cloud Robotics Platform, 2017.

                 MTMT

                         „Cloud Robotics can be used for providing “Robotics-as-aService” based solutions where robots could

                         be dynamically combined to give support to specific applications [7].”

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                         ma humanoide NAO, para robótica social, ESPE, Universidad De Las Fuersas Armadas, p. 213, 2021.

 

C55. Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Indecs, Zagreb, Croatian Interdisciplinary Society, Vol. 13, Issue 1, ISSN 1334-4684, DOI: 10.7906 /indecs.13.1.1, pp. 1-8, 2015. GS cit. 61

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                     88077-07-1, Újvidék, Szerbia, 2015. MTMT

          c2       K. Saravanan, Cloud Robotics: Robot Rides on the Cloud – Architecture, Applications, and Challenges,

             pp. 261-274, Chapter 17, DOI:10.4018/978-1-5225-2154-9.ch017, in: Detecting and Mitigating Robotic

             Cyber Security Risks, Editors: Raghavendra Kuma, Prasant Kumar Pattnaik and Priyanka Pandey, p: 384,

             ISBN13: 9781522521549, ISBN10: 1522521542, EISBN13: 9781522521556, DOI: 10.4018/978 -1-5225-

             2154-9, IGI GLOBAL, March, 2017. MTMT

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             DOI: 10.4018/978-1-5225-2154-9.ch015, in: Detecting and Mitigating Robotic Cyber Security Risks,

             Raghavendra Kuma, Prasant Kumar Pattnaik and Priyanka Pandey (eds.), ISBN13: 9781522521549,

             ISBN10: 1522521542, EISBN13: 9781522521556, DOI: 10.4018/978-1-5225-2154-9, pages: 384, IGI

             GLOBAL, March, 2017. MTMT

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             Hospital Environments, In: Gonçalves J.A., Braz-César M., Coelho J.P. (eds) CONTROLO 2020,

             Lecture Notes in Electrical Engineering, Vol. 695. Springer, Cham, chapter 11, pp. 114-125, DOI:10.1007

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             2020.

             Scopus, MTMT

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             A Study on Mobile Robot’s Onboard Energy Consumption and Computing Requirements, pp 291-302, in:

             Silva M., Luís Lima J., Reis L., Sanfeliu A., Tardioli D. (eds) Robot 2019: Fourth Iberian Robotics Confe-

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             030-36150-1_24, ISBN: 978-3-030-36149-5, chapter 24, Springer, Cham, 2020.

             Web of Science, Scopus, MTMT

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             International Conference on Intelligent and Innovative Computing Applications (ICONIC), pp. 1-6, DOI:

             10.1109/ICONIC.2018.8601220, Plaine Magnien, Mauritius, 6-7 Dec. 2018.

             Web of Science, Scopus, MTMT

          c7       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, INDECS, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

          c8       Manh Luong Tien, Yoon-Young Park, Yoon-Jae Chae, Ho-Woon Lee, A Microservice Driven Design for

                     Cloud Wearable Robot System, Proceedings of the 9^th International Conference on Convergence Technolo-

                     gy, 2019 July 4 ~ July 5, 2019 Jeju National University, Jeju, Korea. MTMT

                     „Additionally, Gyula Mester et al [3] introduce a cloud robotic infrastructure to easily develop a robot

                     system based on cloud technology.”

          c9       Xia Chongkun, Zhang Yunzhou, Wang Lei, Coleman Sonya, Liu Yanbo, Microservice-based Cloud

                     Robotics System for Intelligent Space, Robotics and autonomous systems, DOI: 10.1016/j.robot.2018.

                     10.001 Vol. 110, pp. 139-150, 2018.

                     Web of Science, Scopus, MTMT

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                    Based on Gateways, in: ASME, (edit.) ASME 2019, 14^th International Manufacturing Science and Engine-  

                     ering Conference, MSEC 2019, Vol. 1, New York, USA: American Society of Mechanical Engineers

                     (ASME), paper: V001T02A036, DOI: 10.1115/MSEC2019-2890 2019.

                     Scopus, MTMT

          c11     Pisarov, Jelena, 5G i Samovozeći Automobili, in: Vladimir, Katic (edit.) Inovacije u modernom obrazova-

                     nju: Innovation in modern education: XXVI skup Trendovi razvoja: XXVI Conference Development

                     Trend, Novi Sad, Serbia: University of Novi Sad, Faculty of Technical Sciences, pp. 391-394, ISBN

                     978-86-6022-241-3, 2020.

                     MTMT

          c12     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c13     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c14     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c15     Pisarov Jelena, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems: INDECS, Vol. 20 No. 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c16     Davide Carminati, Design and Testing of Indoor UAS Control Techniques. Rel. Elisa Capello, Matteo

                     Scanavino. Politecnico di Torino, Corso di laurea magistrale in Mechatronic Engineering (Ingegneria

                     Meccatronica), pages66, 2019. https://webthesis.biblio.polito.it/12465/ MTMT

          c17     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c18     Xi Vincent Wang, Chen Wang, Lihui Wang, Robots in the Industrial Internet: A Cloud-Based Approach

                     Based on Gateways, ASME 2019 14^th International Manufacturing Science and Engineering Conference,

                     June 10-14, 2019, Erie, Pennsylvania, USA, Paper No: MSEC2019-2890, V001T02A036; 10 pages, DOI:

                     10.1115/MSEC2019-2890, published online: November 27, 2019. MTMT

          c19     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.  

                     254 - 261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c20     Wang Chen, Connectivity, Security and Integrationfor Cloud Manufacturing, Master Thesis, pages 64,

                     The Royal Institute of Technology Stockholm, Sweden, 2017, Retrieved from:

                     https://urn.kb.se/resolve?urn=urn:nbn:se:kth:diva-226522 MTMT

          c21     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                 13140/RG.2.2.24380.76169, 2025.

          c22     Jelena Pisarov, Önvezető autók okos városokban, Proceeding of the conference: European Smart

                     Sustainable and Safe Cities, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, 2020.

          c23     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c24     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13.

          c25     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.

          c26     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022

          c27     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság, pp.

                     278-285, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c28     Մանուկյան ԷՆ, Մանուկյան ԷՍ, Մանուկյան ՕՎ. Ամպային ռոբոտոտեխնիկական համակարգերի

                     կազմակերպումը գիտելիքների ցանցային բազաների միջոցով. ՀՀ ԳԱԱ Տեղեկագիր: Տեխնիկական

                     գիտություններ, Vol. 70, Issue 1, pp. 49-63, 2017 Mar 25.

 

C56. Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelli-

gent Robots, Interdisciplinary Description of Complex Systems, Indecs, Croatian Interdisciplinary

Society, Zagreb, Vol. 12, No. 3, pp. 245-254, ISSN 1334-4684, DOI: 10.7906/indecs.12.3.4, 2014.

Web of Science: 000410304200004, Research Gate, Google Scholar: 9037300541699899921,

MTMT.

          c1       János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots, Inter-

                     disciplinary Description of Complex Systems, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.5, ISSN 1334-

                     4684, pp.  34-40. 2015.

       Web of Science, Google Scholar: 1217132761466080270, MTMT.

          c2       Ioan Filip, Iosif Szeidert, Adaptive Fuzzy PI Controller with Shifted Control Singletons, Expert Systems

                     with Applications, Volume 54, pp. 1-12, ISSN: 0957-4174, DOI: 10.1016/j.eswa.2016.01.036, Elsevier,

                     January 2016.

       Google Scholar: 9691188338582123083, MTMT

       “The technical literature presents many complex techniques for on-line tuning a fuzzy controller (based on

       gradient method, genetics algorithms, neural networks, neuro-fuzzy, even fuzzy logic again, etc),

       involving many adjustable  parameters (Ding, Liwei, Jinghao, & Qingling, 2015; Hoang, 2016; Krzysztof,

       2016; Manentia et al., 2015; Mester,  2014; Nasser, Sharkawy, & Soliman, 2015; Uddin et al., 2015;

       Zadeh, 2015).”

          c3       M. Y. Orong, A. M. Sison and R. P. Medina, A New Crossover Mechanism for Genetic Algorithm with    

       Rank-based Selection Method, 5^th International Conference on Business and Industrial Research (ICBIR),

       Bangkok, pp. 83-88, DOI: 10.1109/ICBIR.2018.8391171, ISBN:978-1-5386-5254-1, May 2018.

       Scopus, MTMT

          c4       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, INDECS, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

          c5       Orong Markdy Y., Dumoloy Melphen G., Besiohan Ardgie G., Amin Warnner D., A. Lonzon Herwina,

                     Ricalde Gretel T., A Novel Approach in Determining the Reasons of Student Attrition based on Enhanced

                     Genetic Algorithm with Cross-Average Crossover Operator, Mediterranean Journal of Basic and Applied

                     Sciences Vol. 5, Issue 1, pp. 72-85, DOI: 10.46382/MJBAS.2021.5106 ISSN: 2581-5059, 2021. MTMT

                     „Further, the algorithm uses the operations of selection, crossover, and mutation to generate the next

                     generation and they search for an optimal solution from a set of points (Mester, 2014).”

          c6       See Han Tay, Wai Heng Choong, Hou Pin Yoong, A Review of SCARA Robot Control System, 2022

                     IEEE International Conference on Artificial Intelligence in Engineering and Technology (IICAIET),

                     Kota Kinabalu, Malaysia, 2022, pp. 1-6, DOI: 10.1109/IICAIET55139.2022.9936755, 2022. MTMT

                     „A matured GA can improve fuzzy logic control by computing the optimal membership functions and

                     fuzzy rules [43].”

          c7       Yasameen Kamil Najm, A Review in Applications of Control Engineering Based on Genetic Algorithm

                     Anbar Journal of Engineering Sciences, 2022, Volume 13, Issue 2, pp. 42-48, DOI: 10.37649/aengs.

                     2022.176356, November 2022. MTMT

          c8       Adel Agila, Babak D. Rouyendeg, Aysha Ali, Optimal Position Control of a More Complicated System 

                     Based on Optimization Techniques, Al-Mukhtar Journal of Engineering Research, Vol.1, No. 4, pp. 80-

                     87, DOI: 10.1109/ACCESS.2019.294513, ISSN online: 2519-683, ISSN Print 2519-6820, 2022. MTMT

                      „The GA optimization method is used in different feilds [21, 22, 23].”

          c9       Markdy Y. Orong, Melphen G. Dumoloy, Ardgie G. Besiohan, Warnner D. Amin, Gretel T. Ricalde,

                     A Novel Approach in Determining the Reasons of Student Attrition based on Enhanced Genetic

                     Algorithm with Cross-Average Crossover Operator, Mediterranean Journal of Basic and Applied

                     Sciences (MJBAS), Vol. 5, Issue 1, pp. 72-85, DOI: 10.46382/MJBAS.2021.5106, January-March

                     2021. MTMT

          c10     Jelena Pisarov, Az autonóm járművek jövője, Vajdasági Magyar Akadémiai Tanács, konferencia, pp.

                     1-9, 2020.09.26.

          c11     Tsung-Chih Lin, Yi-Jie Huang, Josephine I-Ju Lin, Valentina E. Balas, Seshadhri Srinivasan, Genetic

                     Algorithm-based Interval Type-2 Fuzzy Model Identification for People with Type-1 Diabetes, 2017

                     IEEE International Conference on Fuzzy Systems (FUZZ-IEEE), Naples, Italy,pp. 1-6, ISSN: 1558-

                     4739, DOI: 10.1109/FUZZ-IEEE.2017.8015425, 2017.

          c12     Spyros G. Tzafestas, Systems, Cybernetics, Control, and Automation, Book, pages 516, eBook ISBN:

                     9781003339670, DOI: 10.1201/9781003339670, eBook Published 1 September 2022, New York.

          c13     Andres O. Pizarro-Lerma, Ramon Garcia-Hernandez, Victor Santibanez, Jorge Villalobos Chin, Experi-

                     mental Evaluation of a Sectorial Fuzzy Controller Plus Adaptive Neural Network Compensation Applied        

                     to a 2-DOF Robot Manipulator, IFAC-PapersOnLine, Vol. 52, Issue 29, 2019, pp. 233-238, ISSN 2405-

                     8963, DOI: 10.1016/j.ifacol.2019.12.655, 2019.

             c14     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c15     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.      

                     13140/RG.2.2.32758.31043, 2025.

          c16     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c17     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c18     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c19     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c20     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c21     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c22     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c23     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

C57. Livija Cveticanin, Gyula Mester and Istvan Biro, Parameter Influence on the Harmonically

Excited Duffing Oscillator, Acta Polytechnica Hungarica, Journal of Applied Sciences, Vol. 11, No.

5, pp. 145-160, ISSN 1785-8860, impact factor: 0.649, DOI: 10.12700/APH. 11.05. 2014.05.9,

Budapest, Hungary, 2014.

http://www.uni-obuda.hu/journal/Cveticanin_Mester_ Biro_51.pdf,

Web of Science: 000340689800009, Scopus, Google Scholar: 7318056343682757129, Research

Gate, MTMT.

          c1       Mindaugas Jurevicius, Vytautas Turla, Gintautas Bureika, Arturas Kilikevicius, Effect of External Excita-

                     tion on Dynamic Characteristics of Vibration Isolating Table, Eksploatacja i Niezawodnosc-Maintenance

                     and Reliability Vol. 17, No. 2, pp. 260-265, ISSN:1507-2711, DOI:10.17531/ein.2015.2.13, 2015.

       “Comprehensive analysis of vibration theoretical methods are described by scientists Cveticanin, Mester

       and Biro [2], Siljak, Subasi [16] and Wicher, Więckowski [19].”

       Web of Science: 000351848600013, SCOPUS: 84925963076, Google Scholar: 8578462269843329155,

       MTMT

          c2       S. Stoyanov, Analytical and Numerical Investigation on the Duffing Oscilator Subjected to a Polyharmo-

                     nic Force Excitation, Journal of Theoretical and Applied Mechanics, Vol. 45, No. 1, pp. 3–16, DOI: 10.

                     1515/jtam-2015-0001, ISSN: 0861-6663, Sofia, Bulgaria, 2015.

       Web of Science, Google Scholar: 9063608521299547398, MTMT

       “The Duffing oscillator is comprehensively investigated for many cases like: free vibrations [17, 18]; a

       single harmonic force excitation [17, 18, 19, 20]; a force excitation that contains two harmonics with equal

       [21] or similar [22] frequencies; an excitation that contains a harmonic force and a noise [23]; and a piece

       wise force excitation. The mechanical model of the investigated system is sown in Fig. 1 [17, 18, 19, 20,

       21, 22, 23].”  

          c3       Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin

                   of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

                     Google Scholar: 11405780311557937599, MTMT

          c4       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c5       Rami Ahmad El-Nabulsi, Non-Minimally Conformally Coulping Cosmology with Multiple Vacua Potential

                     with Cubic-Quintic-Septic Duffing Oscillator Properties, pp. 685-694, ISSN: 0932-0784, Zeitschrift fur

                     Naturforschung Section A-A Journal of Physical Sciences, Vol. 70, Issue. 9, DOI: 10.1515/zna-2015-017,

                     2015.

       Web of Science: 000360975400001, Scopus: 84958528221, Google Scholar: 14574293851567278113.

       MTMT

          c6       Livija Cveticanin, Uranka Kozmidis Luburic and Gyula Mester, Periodic Motion in an Excited and Dam-

                     ped Cubic Nonlinear Oscillator, Hindawi, Mathematical Problems in Engineering, Vol. 2018, Article ID

                     3841926, DOI: 10.1155/2018/3841926, 2018.                

       Web of Science, Scopus, MTMT

          c7       Cveticanin L., Zukovic M., Negative Effective Mass in Acoustic Metamaterial With Nonlinear Mass-in-

                     mass Subsystems, Communications in Nonlinear Science and Numerical Simulation, DOI: 10.1016/j.cns

                     ns.2017.03.017, Vol. 51, pp. 89-104, 2017.               

       Web of Science, Scopus, MTMT

          c8       Péter Szuchy, Research of Acoustic Metamaterials at the University of Szeged, Faculty of Engineering. In:

       Herisanu N., Marinca V. (eds) Acoustics and Vibration of Mechanical Structures—AVMS 2019, Springer

       Proceedings in Physics, Vol 251, pp 485-498, ISBN: 978-3-030-54135-4, DOI: 10.1007/978-3-030-5413

       6-1_49, Springer, Cham, 20.11.2020.

       Scopus, MTMT

          c9       Gábor Bréda, Péter János Varga, Protected Spaces in Smart Cities and the Identification of New Radio Sig-

       nals in their Environment using a Complex Measurement Method, Interdisciplinary Description of Comp-

       lex Systems, Indecs, Vol. 17, No. 1-A, pp. 67-77, DOI: 10.7906/indecs.17.1.9, 2019. MTMT

       “The coordinates that are absolutely necessary for positioning are calculated from the second integral of

       the accelero-meter timing signals [46-49], see Figure 2.”

          c10     Redas Šmigelskas, Examination of Damping Systems for Optical Tables, Vilniaus Gedimino Technicos

       Universitetas, p. 81, Vilnius, Lithuania, 2018. MTMT

       “Išsami vibracijų teorinių metodų analizė buvo apibrėžta Cveticanin, Mester ir Biro (Cveticanin et al

       2014), Siljak, Subasi (Siljak et al 2014) ir Wicher, Więckowski (Wicher et al 2010).“

          c11     Livia Cveticanin, Gyula Mester, Theory of Acoustic Metamaterials and Metamaterial Beams: An Overvi-

                     ew, Acta Polytechnica Hungarica, Vol. 13, Issue 7, pp. 43-62, 2016.               

       Web of Science, Scopus, MTMT

          c12     Deleanu, Dumitru, Ecuaţia Duffing, un Pilon Centenar al Dinamicii Neliniare Constanta, Románia, Nau-

                     tica, 131 p. ISBN: 9786066811286, 2017. MTMT

          c13     Péter Miksa Hell, Péter János Varga, Drone Systems for Factory Security and Surveillance, Interdisciplina-

                     ry Description of Complex Systems, Indecs, Vol. 17, Issue 3-A, DOI: 10.7906/indecs.17.3.4, pp. 458-467,

                     2019.

                     Web of Science, MTMT

          c14     Hamza Khan, Hazem Issa, József K. Tar, Improved Simple Noise Filtering for Fixed Point Iteration-based

                     Adaptive Controllers, in: Szakál, Anikó (edit.) 20^th IEEE International Symposium on Computational Inte-

                     lligence and Informatics Proceedings (CINTI 2020), Budapest, Hungary, IEEE Hungary Section, pp. 77-

                     82, DOI: 10.1109/CINTI51262.2020.9305840, 2020.

                     Scopus, MTMT

C58. Aleksandar Rodic, Gyula Mester, Sensor-based Navigation and Integrated Control of Ambient

Intelligent Wheeled Robots with Tire-Ground Interaction Uncertainties, Acta Polytechnica Hunga-

rica, Journal of Applied Sciences, Vol. 10, No. 3, pp. 113-133, ISSN 1785-8860, DOI: 10.12700/APH.

10.03.2013.3.9, Budapest, Hungary, 2013. impact factor: 0.471. GS cit. 63

Web of Science: 000322356200008, Research Gate, Google Scholar: 17777528545518539994,

MTMT.

          c1       Jih-Gau Juang, Chia-Lung Yu, Chih-Min Lin, Rong-Guan Yeh, Imre J. Rudas, Real-Time Image Recogni-

                     tion and Path Tracking of a Wheeled Mobile Robot for Taking an Elevator, Acta Polytechnica Hungarica,

                     Vol. 10, No. 6, pp. 5-23, ISSN 1785-8860, 2013.

       Web of Science: 000326994800001, Google Scholar: 10792398354770040308, MTMT

       „In recent years, the wheeled mobile robot (WMR) has been frequently discussed in mobile robot resear-

       ches such as easy control, high-speed mobility, and energy storage capacity [1, 2], which are better than

       for the legged robot.”

          c2       Josip Stepanić, Josip Kasać, Jelena Ćosić Lesičar, What is Taken for Granted About Quadrotors: Remarks

                     About Drive and Communication, Proceedings of the 3^rd International Workshop on Advanced Computati-

                     onal Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN2185-758X, N. Kubota, Shan-

                     ghai, China, October 18 to 21 in 2013.

       Scopus: 84917709139, Google Scholar: 14735437349681247539, MTMT

       “Among a variety of types of UAVs, in this article we restrict the consideration to quadrotors. Quadrotors

       are the type of UAVs with four propellers, the blades of which function as lift-generating surfaces [3-6].

       There are several reasons why groups of UAVs, and consequently group of quadrotors, obtain larger

       reliabilities in general task conduction than a single UAV [1, 7].“

          c3       Masár Marek and Ivana Budinská, Swarm-Based Heuristics for an Area Exploration, Advances in Soft

       Computing, Intelligent Robotics and Control, Eds. János Fodor, Robert Fullér, Topics in Intelligent Engi-

       neering and Informatics, Vol. 8, pp. 219-240, ISSN 2193-9411, ISBN 978-3-319-05944-0, DOI 10.1007/

       978-3-319-05945-7, Springer Cham Heidelberg New York Dordrecht London, Springer International

       Publishing Switzerland 2014.

       Google Scholar: 6535504148193048275, MTMT

          c4       Josip Stepanic, Gyula Mester, Josip Kasac, Synthetic Inertial Navigation Systems: Case Study of Determi-

                     ning Direction, Proceedings of 57^th ETRAN Conference, Editor: Bratislav Milovanovic, pp. RO 2.7.,1-3,   

                     ISBN 978-86-80509-68-6, Zlatibor, Serbia, June 3-6, 2013.

       Google Scholar: 5796632449510768516. MTMT

          c5       Velibor Karanović, Mitar Jocanović, Vukica Jovanović, Review of Development Stages in the Conceptual

                     Design of an Electro-Hydrostatic Actuator for Robotics, Acta Polytechnica Hungarica, Journal of Applied

                         Sciences, Vol. 11, No. 5, pp. 59-79, ISSN 1785-8860, Budapest, Hungary, 2014. MTMT

       Web of Science: 000340689800004, Scopus: 84901791975, Google Scholar: 7584510084517928574

       “The development of controllers which take into account the dynamics of the entire robotic system, inclu-

       ding interaction effects with environment such as slipping, rolling, resistance, etc. [49, 50] must also be

       considered.“

          c6       Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots, In-

                     terdisciplinary Description of Complex Systems, Indecs, Vol. 12, Issue 3, pp. 245-254, ISSN 1334-4676,

                     DOI: 10.79 06/indecs.12.3.4., 2014.

                     Google Scholar: 9037300541699899921. MTMT

          c7       István Bíró, Gusztáv Fekete, Approximate Method for Determining the Axis of Finite Rotation of Human

                     Knee Joint, Acta Polytechnica Hungarica, Journal of Applied Sciences, Vol. 11, No. 9, pp. 61-74, ISSN

                     1785-8860, DOI: 10.12700/ APH.11.09.2014.09.4, 2014. MTMT

       Web of Science: 000350403900004, Scopus: 84921285016, Google Scholar: 1487577202060108665

          c8       Kaneko, Akito; Taki, Kazuhiro; Funahashi, Takuma; Koshimizu, Hiroyasu; Hiroki, Inoue; Mizukusa, Hir-

                     okatsu, Tire Visual Inspection by Active Image Sensing and Smart Feature Extraction, Proceedings of the

                     IEEE 2014 10^th France-Japan/ 8^th Europe-Asia Congress on Mecatronics (Mecatronics), DOI: 10.1109/Me

                     catronics.2014.7018615, ISBN 978-1-4799-5717-0/14/$31.00 ©2014 IEEE, pp. 343-348, Tokyo, Japan,

                     27-29 Nov. 2014.

       Scopus: 84949922800, MTMT

       “This waveform has the global eccentricity of rotation other than the local peek caused by the defects [6].”  

          c9       Gyula Mester, Novi trendovi naučne metrike, uvodno predavanje, paper No. UP 1-3, pp. 23-30, Proceed-

                     ings of the XXI Skup Trendovi Razvoja: “Univerzitet u Promenama...”, pp. 23-30, Zlatibor, 23-26.02.

                     2015. MTMT

          c10     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,              

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

          c11     Funahashi Takuma, Taki Kazuhiro, Koshimizu Hiroyasu, Kaneko Akito, Fast and Robust Visual Inspec-

                     tion System for Tire Surface Thin Defect, Proceedings of the 2015 21^st IEEE Korea-Japan Joint Workshop

                     on Frontiers of Computer Vision (FCV), pp. 1-6, DOI: 10.1109/FCV.2015.7103749, eISBN:978-1-4799-

                       1720-4, INSPEC Accession Number: 15112636, Mokpo, South Korea, 28-30 Jan. 2015. Publisher: IEEE.

                      Scopus: 84937107481, MTMT

          c12     L. Cveticanin, Axial Vibration of a Robot Surgery Tentacle, Acta Technica Corviniensis-Bulletin of Engi-

                     neering, Tome VIII, Fascicule 3 (July – September), pp. 127-130, ISSN 2067 – 3809, 2015.

       Scopus, Google Scholar: 11769865374661596956, MTMT

       „Results of investigation in robot control (see for example, [9]-[12]) are incorporated into the system, but

       did not give the expected results in motion accuracy.”

          c13     Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The Use of Information Entropy in Extracting the Ir-

                     regularities of Autonomous Systems, Annals of Faculty of Hunedoara-International Journal of Engineering,

                     Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015.

       Google Scholar: 3232469149461672735, MTMT

                     „Illustrative cases of functioning autonomous robotic systems in a broad class of environments are well

                     covered in the existing literature, see e.g. [1-6].”

          c14     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067-3809, 2015.

       Google Scholar: 1140578031 1557937599, MTMT

          c15     Janos Simon, Zlatko Covic, Data Management of the Automomous Mobile Devices and Internet of Things,

                     Annals of Faculty of Hunedoara - International Journal of Engineering, Tome XIII, Fascicule 3, pp. 265-

                     268, ISSN: 1584-2665, August 2015.

       „The connection of vehicles or mobile robots to the Internet brings about a wealth of new possibilities and

       applications which bring new functionalities to the individuals and/or the making of transport easier and

       safer. In this context the concept of Internet of Vehicles (IoV) connected with the concept of Internet of

       Energy (IoE) represent future trends for smart transportation and mobility applications as depicted

       (described, shown, illustrated) on Figure 3 [5], [20-24].”

       Google Scholar: 15235296464274343873, MTMT

          c16     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara-      

                     International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584-2665, 2015.

                     Google Scholar: 4166784119968290350, MTMT

       „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z) and

       ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) − (1,1,1), while

       performing a full circle rotation in jaw motion 0 − 2π.”

          c17     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1. 4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c18     H. R. Rasam, T. Mikolajczyk, D. Y. Pimenov, The State of the Art of Mobile Robots on a Solid Surface,

                     Applied Mechanics and Materials, ISSN 1662-7482, Vol. 783, pp. 57-68, DOI: 10.4028/www.scientific.

                     net/AMM.783.57, Aug. 2015.

                     Google Scholar: 10657563338462835091. MTMT

          c19     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c20     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Vol. 14, No. 2, pp. 223-235, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.790

                     6/indecs.14.2.11, 2016.

                     Web of Science, MTMT

                     „Together with modelling, the determination of the control algorithm structure is very important [1- 6].”

          c21     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, No. 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.

                     7906/ indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c22     Himanshu R. Rasam, Review on Land-Based Wheeled Robots, MATEC Web of Conferences 53, Apr. 15,

                     2016, paper 01058, LesUlis, IIT Bhubaneswar, India, Volume 53, pp. 1-9, published by EDP Sciences

                     2016, DOI: 10.1051/matecconf/20165301058, search.proquest.com, 2016.

                     „The position of the mobile robot in the plane is shown below [29].”

                     Scopus: 84969837175, Google Scholar: 1543961965430794757, MTMT

         c23     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, DOI: 10.13140/RG.2.1.3451.9203,

                     Novi Sad, Serbia, 11.06.2015. MTMT

          c24     Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, No. 1, pp. 1-9, DOI: 10.7906/indecs.14.1.1, ISSN 1334-4684, 2016.

                     Web of Science, MTMT

          c25     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

                     “Nove Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

                     Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c26     Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-Rotor

                     Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, No. 6, pp. 215-234, ISSN 1785-8860, 2016.

                     MTMT

          c27     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „A Tesla Roadster három elektromos (egy elektromotor elöl, kettő pedig hátul helyezkedik el), négykerék-

                     meghajtású önvezető autó [21-31].”

          c28     H. R. Rasam, T. Mikolajczyk, D. Y. Pimenov, The State of the Art of Mobile Robots on a Solid Surface,

                     Applied Mechanics and Materials, Vol. 783, pp. 57-68, DOI: 10.4028/www.scientific.net/AMM.783.57,

                     2015. MTMT

          c29     Tanveer M. Hassan, Sgorbissa Antonio, Recchiuto Carmine T., Howard A., Suzuki K., Zollo L., Collisi-

                     on-free Navigation of Multiple Unicycle Mobile Robots, IEEE RO-MAN, Lisbon, pp. 1365-1372, ISBN:

                      978-1-5386-3518-6, DOI 10.1109/ROMAN.2017.8172482, 2017.

                     Web of Science, MTMT

          c30     Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Int-

                     erdisciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 1, pp. 139-148, DOI 10.7906/ind-

                     ecs.16.1.11, 2018.

                     Web of Science, MTMT

          c31     Karanovic Velibor, Jocanovic Mitar, Jovanovic Vukica, Review of Development Stages in the Conceptual

                     Design of an Electro-Hydrostatic Actuator for Robotic, Acta Polytechnica Hungarica Vol. 11, Issue 5, pp.

                     59-79, 2014.

                     Web of Science, Scopus, MTMT

                      „The development of controllers which take into account the dynamics of the entire robotic system, inclu-

                      ding interaction effects with environment such as slipping, rolling, resistance, etc. [49, 50] must also be

                      considered.“

          c32     M. H. Tanveer, A. Sgorbissa and C. T. Recchiuto, Collision-free Navigation of Multiple Unicycle Mobile

                     Robots, 2017 26^th IEEE International Symposium on Robot and Human Interactive Communication

                     (RO-MAN), pp. 1365-1372, DOI: 10.1109/ROMAN.2017.8172482, Lisbon, Portugal, 2017. MTMT

          c33     Pisarov Jelena, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                     ISSN 1820 – 4511, July 2021. MTMT

          c35     Janos Simon, Zlatko Čović, Data Management of the Automomous Mobile Devices and Internet of Things,

                     Annals of Faculty Engineering Hunedoara - International Journal of Engineering, Tome 13, Fascicule 3,

                     pp. 265-268, ISSN: 1584-2673, 2015. MTMT

          c36     István Bíró, Gusztáv Fekete, Approximate Method for Determining the Axis of Finite Rotation of Human

                     Knee Joint, Acta Polytechnica Hungarica, Vol. 11, No. 9, pp. 61-74, ISSN 1785-8860, 2014. MTMT

          c37     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, Vol. 14, No. 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, 2016.

                     MTMT

          c38     Jelena Ćosić Lesičar, Marko Posavec, Josip Stepanić, The use of Information Entropy in Extracting the

                     Irregularities of Autonomous Systems, Tome 13, Fascicule 3, pp. 269-272, ISSN: 1584-2673, 2015.

                     MTMT

          c39     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c40     Pisarov Jelena, A személy–és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                     pp. 278-287, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c41     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

                     MTMT

          c42     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c43     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c44     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                     ISSN 1820-4511, July 2021.

         

C59. Gyula Mester, Aleksandar Rodic, Modeling and Navigation of an Autonomous Quad-Rotor

Helicopter, e-Society Journal Research and Applications, Vol. 3, No. 1, pp. 45-53, ISSN 2217-

3269, COBISS.SR-ID 255833863, University of Novi Sad, Technical Faculty, Mihajlo Pupin,

Zrenjanin, Serbia, July 2012. GS 68

Research Gate, Google Scholar: 8500968677330462833, MTMT

          c1       Josip Stepanić, Josip Kasać, Jelena Ćosić Lesičar, What is Taken for Granted About Quadrotors: Remarks

                     About Drive and Communication, Proceedings of the 3^rd International Workshop on Advanced Computati-

                     onal Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN2185-758X, N. Kubota,

                     Shanghai, China, October 18 to 21 in 2013.

       Google Scholar: 14735437349681247539, MTMT

       “Among a variety of types of UAVs, in this article we restrict the consideration to quadrotors. Quadrotors

       are the type of UAVs with four propellers, the blades of which function as lift-generating surfaces [3-6].

       There are several reasons why groups of UAVs, and consequently group of quadrotors, obtain larger

      reliabilities in general task conduction than a single UAV [1,7].”

          c2       Josip Stepanić, Gyula Mester, Josip Kasac, Synthetic Inertial Navigation Systems: Case Study of Determin-

                     ing Direction, Proceedings of 57^th ETRAN Conference, pp. RO 2.7., 1-3, Zlatibor, Serbia, June 3-6, 2013.

      Google Scholar: 5796632449510768516. MTMT

          c3       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI: 10.

                     7906/indecs.14.3.5, 2016. MTMT

                     „The future of autonomous quad-rotor helicopter control lies in intelligent flight controllers that are prog-

                     rammed to specific flight missions [21-26].”

          c4       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral Dissertation, Doctoral Doctoral School on Safety and Security Sciences,

                     Budapest, 2018. MTMT

          c5       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary,13-15 October 2016. MTMT

          c6       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                     17. MTMT

          c7       Jelena, Pisarov, On-Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, ISBN 978-86-6022-313-7, 2021.

          c8       Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (szerk.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021.

          c9       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      MTMT      

          c10     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c11     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c12     César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-60-22-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c14     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja  

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

          c16     Edina Albininé Budavári, Attila Albini and Gyula Mester, The Role of Social Engineering in the Energy

                     Balance of Systems, Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 168-

                     173, ISSN 1334-4684, DOI: 10.7906/indecs.21.2.5, Croatian Interdisciplinary Society, 2023. MTMT

          c17     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c18     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken-2020, Vaj-

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.             

                     14. MTMT

          c19     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1, pp.

                     29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c20     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia, pp.

                     67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c21     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

             c22     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c23     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c24     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c25     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c26     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c27     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c28     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c29     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c30    Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, Research Gate, DOI: 10.13140/

                    RG.2.2. 30225.34403, pp. 1-5, 2025. MTMT

          c31     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c32     Dalma Zilahy, Under-Estimated Factors in the Adoption of Self-Driving Cars, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, pp. 199-205, Vol. 21, No. 2, DOI: 10.7906/indecs.21.2.9, 2023. MTMT

          c33     Damir Šoštarić, Gyula Mester, Drone Localization using Ultrasonic TDOA and RSS Signal - Integration of

                     the Inverse Method of a Particle Filter, FME Transactions, pp. 21-30, Vol. 48, No 1, DOI: 10.5937/

                     fmet2001021S, 2020. MTMT

          c34     Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-

                     partitions for UAV Dynamic Modeling, FME Transactions, pp. 1-8, Vol. 45, No. 1, DOI: 10.5937/

                     fmet1701001N, 2017. MTMT

          c35     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and Safe

                     Cities Conference (SSSCC 2020), pp. 1-6, Budapest, Hungary, 2020. MTMT

          c36     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.   

                     MTMT

          c37     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c38     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c39     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT  

C60. Gyula Mester, Fuzzy-Logic Sensor-Based Navigation of Autonomous Wheeled Mobile Robots

in the Greenhouse Environments, Vol. 8, No. 2, pp. 26-31, Transactions on Internet Research, TIR, Ipsi Journal, ISSN 1820 - 4503, New York, Frankfurt, Tokyo, Belgrade, 2012.

Web of Science: 000421355700004, Research Gate, Google Scholar: 13718132881812854651,

MTMT.

          c1       Rudzuan M. Nor; Suhaib A.; Kamil S. Talha; Norfaeza Hassan; Khairunizam Wan; D. Hazry; Shahriman

                     AB; Zuradzman M. Razlan, The Effects of Membership Function of the Input and Output Fuzzy Logic

                     Controller in a Mobile Robot’s Straight Line Navigation, Proceedings of the 2^nd IEEE International

                     Conference in Electronic Design (ICED), pp. 47-52, DOI 10.1109/ICED.2014.7015769, Penang, Malaysia,

                     19-21 Aug. 2014. MTMT

       „Fuzzy logic controller also had been successfully implemented in other applications, for instance; fuzzy

       logic controller in a soccer robot system [5], tracking of moving target along an unknown trajectory by a

       mobile robot [6], and fuzzy logic Khepera for greenhouse surroundings using Sun Spot technology [7].”

          c2       Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Vol. 12, No. 3,

                     ISSN 1334-4684, DOI: 10.7906/indecs.13.1.1., Vol. 13, No. 1, pp. 1-8, 2015.

       Web of Science, MTMT

       „Cloud Robotics (CR) was born from the merger of cloud technologies and service robotics [1], which

       was preceded by a change in paradigm in both domains [2].”

          c3       D. Vidhyaprakash, A. Elango, Studies on Affecting Factors of Wheel Slip and Odometry Error Real-Time

                      of Wheeled Mobile Robots: A Review, World Academy of Science, Engineering and Technology, Internati-           

        onal Journal of Mechanical, Aerospace, Industrial, Mechatronic and Manufacturing Engineering, Vol: 10,

        No: 7, pp. 1319-1326, http://www.waset.org/publications/10006205, 2016. MTMT

          c4        Tajti Ferenc, Sensor Fusion and Motion Analysis for Mobile Robots with an Ethorobotics Approach, dis-

        szertáció, 130 p., Budapesti Műszaki és Gazdaságtudományi Egyetem, Budapest, Magyarország, 2017.

        MTMT

 

C61. Aleksandar Rodic, Gyula Mester, The Modeling and Simulation of an Autonomous Quad-Rotor

Microcopter in a Virtual Outdoor Scenario, Acta Polytechnica Hungarica, Journal of Applied Sciences,

Vol. 8, Issue 4, pp. 107-122, ISSN 1785-8860, Hungary, 2011. MTMT 49/65

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          c1       Gyula Mester, Aleksandar Rodic, Navigation of an Autonomous Outdoor Quadrotor Helicopter, Proceed-

                     dings of the 2^nd International Conference on Internet Society Technologie and Management ICIST, ISBN:

                     978-86-85525-10-0, pp. 259-262, 1-3.03.2012. MTMT

       „1. A wide area of this research is dedicated to aerial platforms. Several structures and configurations have

       been developed to allow 3D movements [1]-[12], there are blimps, fixed-wing planes, singler”,

          c2       Johannes Meyer, Alexander Sendobry, Stefan Kohlbrecher, Uwe Klingauf, Oskar von Stryk, Comprehensi-

                     ve Simulation of Quadrotor UAVs Using ROS and Gazebo, Simulation, Modeling, and Programming for

                     Autonomous Robots, Lecture Notes in Computer Science Vol. 7628, pp 400-411, DOI 10.1007/978-3-642-

                     34327-8_36, Print ISBN 978-3-642-34326-1, Online ISBN 978-3-642-34327-8 2012, Springer.

       „Several authors have proposed dynamics models for the simulation of quadrotor aircraft which are based

       on the same flight mechanical principles [10,3,9,11,20].”

       Google Scholar: 4724771956912617244. MTMT

          c3       Precup, R.-E., Haidegger, T., Preitl, St., Benyó, B., Paul, A. S. and Kovács, L., Fuzzy Control Solution for 

      Tele-surgical Applications, Applied and Computational Mathematics, Vol. 11, No. 3, pp. 378-397, 2012,

      Web of Science: 000310827500006, Scopus, MTMT

          c4       Chee, K. Y., Zhong, Z. W., Control, Navigation and Collision Avoidance for an Unmanned Aerial Vehicle,

      Sensors and Actuators, A - Physical, Vol. 190, pp. 66-76, DOI: 10.1016/j.sna.2012.11.017, 2013.

      Web of Science: 000314377000010, Google Scholar: 5321337547967487114, MTMT

          c5       Aleksandar Rodic, Ivan R. Stojkovic, Dynamic Inversion Control of Quadrotor with Complementary Fuzzy

                     Logic Compensator, Proceedings of the 2012 11^th Symposium on Neural Network Applications in Electri-

       cal Engineering (NEUREL), Belgrade, Print ISBN: 978-1-4673-1569-2, INSPEC Accession Number:

      13266444, DOI: 10.1109/NEUREL.2012.6419963, pp. 53-58, 20-22 Sept. 2012.

      Web of Science: 000318292500011, Google Scholar: 4365131308629475031, MTMT

       „The Fig. 1. shows the structure model [9] [10] in hovering condition, where all the propellers have the sa-

       me speed of rotation. For the purpose of testing proposed integrated flight controller the following

       quadrotor parameters are assumed Table II [9] [10]”.

          c6       Jimoh Pedro, John Ekoru, NARMA-L2 Control of a Nonlinear Half-Car Servo-Hydraulic Vehicle Suspen-

       sion System, Acta Polytechnica Hungarica, Vol. 10, No. 4, pp. 5-26, Budapest, Hungary, 2013.

       Web of Science, Scopus, MTMT

       ’Therefore, consideration should be given to include acceptably bounded parametric uncertainty in the

       design of control systems for VSS [4; 9; 26; 27; 28].’

     Web of Science: 000324562800001, Google Scholar: 12009040436301656196.

          c7       Johanna Sápi, Dániel András Drexler, István Harmati, Annamária Szeles, Bernadett Kiss, Zoltán Sápi and

       Levente Kovács, Tumor Growth Model Identification and Analysis in Case of C38 Colon adenoc-arcino-

       ma and B16 melanoma, Proceedings of the 8^th IEEE International Symposium on Applied Computational

       Intelligence and Informatics (SACI), pp. 303-308, DOI: 10.1109/SACI.2013.6608987, 2013 IEEE, May

       23–25, 2013, Timisoara, Romania.

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       „Moreover, other modelling aspects will be investigated similar to [34], [35],[36].”

          c8       M. A. Lukmana, H. Nurhadi, Rancang Bangun Unmanned Aerial Vehicle (UAV) Empat Baling-Baling

                     Quadrotor Arducopter)’, Modelling, Identification and Control of a Quadrotor Helicopter, Identifier: ITS-

                     paper-21021130001789, Collection ID: 21021130001789, pp. 1-5, Institut Teknologi Sepuluh, ITS

                     Community, Indonesia, 2013.

                     http://digilib.its.ac.id/rancang-bangun-unmanned-aerial-vehicle-uav-empat-balingbaling-quadrotor-

                     arducopter-23529.html. MTMT

          c9       Josip Stepanić, Josip Kasać, Jelena Ćosić Lesičar, What is Taken for Granted about Quadrotors: Remarks

                     about drive and communication, Proceedings of the 3^rd International Workshop on Advanced Computatio-

                     nal Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN 2185-758X, N. Kubota, Shang-

                     hai, China, October 18 to 21 in 2013.

       Scopus, Google Scholar: 14735437349681247539, MTMT

       “Among a variety of types of UAVs, in this article we restrict the consideration to quadrotors. Quadrotors

       are the type of UAVs with four propellers, the blades of which function as lift-generating surfaces [3-6].

       There are several reasons why groups of UAVs, and consequently group of quadrotors, obtain larger

       reliabilities in general task conduction than a single UAV [1, 7].“

          c10     Marijana Despotović-Zrakić, Duan Barać, Zorica Bogdanović, Branislav Jovanić, Božidar Radenković,

                     Software Environment for Learning Continuous System Simulation, Acta Polytechnica Hungarica, Journal

                     of Applied Sciences, Vol. 11, Issue 2, pp. 187-202, ISSN 1785-8860, 2014.

      Web of Science: 000333726200011, Scopus, Google Scholar: 14266928056848871449. MTMT

          c11     Mónica Lucia Abarca Abarca, Hexacóptero (Vehículo Aéreo No Tripulado-UAV) Con Sistema De Medici-

      ón De Calidad De Aire Y Radiaciones Ionizantes, pp. 1-68, Pontificia Universidad Católica Del Perú, Fa-

      cultad De Ciencias e Ingeniería 2014. http://tesis.pucp.edu.pe/repositorio/bitstream/ handle/123456789/

      5362/abarca_monica_hexacoptero_vehiculo_aereo_no_tripulado_calidad_aire_radiaciones_ionizantes.pdf

                    ?sequence=1. MTMT

      „De esta forma no se necesita un rotor de cola, como en un helicóptero convencional [13].”

          c12     Nemati, A., Kumar, M., Modeling and Control of a Single Axis Tilting Quadcopter, Proceedings of the

      American Control Conference (ACC), Publisher: IEEE Conference Publications, pp. 3077 - 3082, ISBN

      978-1-4799-3272-6, ISSN 0743-1619, DOI: 10.1109/ACC.2014.6859328, Portland, Oregon, USA, 2014.

      Web of Science: 000346492603107, Google Scholar: 4657861050426551788, MTMT

      „Increasing or decreasing the speeds of all four rotors simultaneously controls the collective thrust

      generated by the robot [6, 7].”              

          c13     Mehdi Zare, Jafar Sadeghi, Said Farahat, Ehsan Zakeri, Regulating and Helix Path Tracking for Unman

                     ned Aerial Vehicle (UAV) Using Fuzzy Logic Controllers, Journal of Mathematics and Computer Science,

                     Vol. 13, Issue 1, pp. 71-89, ISSN 2008-949X, DOI: 10.22436/jmcs.013.01.07, 2014.         

                     Web of Science, Google Scholar:  8630269411222340361. MTMT

       „Two coordinate frames are considered as a reference frames to obtain the dynamic govern equations.

       One is inertial frame attached to ground (E-frame), and another one is attached to center of mass of the

       body (B-frame) (figure 2) [26].”

          c14     Rafael M. J. A. Souza, Gabriela V. Lima, Josué S. Morais, Aniel S. Morais, Desenvolvimento de um Si-

                     mulador de Quadricopteros em Plataforma Matlab®, Proceedings of the Conferencia de Estudo em Eng-

                     enharia Eletrica XII CEEL, ISSN 2178-8303, Universidade Federal de Uberlandia – UFU, Uberlandia –

                     Minas Gerais – Brasil, pp. 1-5, 13-14 Outubro, 2014. Google Scholar: 1327096163829539392, MTMT

          c15     Gyula Mester, Aleksandar Rodic, Modeling and Navigation of an Autonomous Quad-Rotor Helicopter, E-

                     society Journal: Research and Applications, Vol. 3, No. 1, pp. 45-53, ISSN 2217-3269, COBISS. SR-ID

                     255833863, July 2012.

       Google Scholar: 8500968677330462833. MTMT

          c16     Alireza Nemati, Manish Kumar, Non-Linear Control of Tilting-Quadcopter Using Feedback Linearization

                     Based Motion Control, Proceedings of the Dynamic Systems and Control Conference, ASME 2014, Paper

                     No. DSCC2014-6293, Vol. 3, pp. V003T48A005; 8 pages, ISBN: 978-0-7918-4620-9, DOI: 10.1115/

                     DSCC2014-6293, San Antonio, Texas, USA, October 22–24, 2014.

       Web of Science: 000361167200071, Google Scholar: 2787827896584073, MTMT

          c17     Aleksandar Rodic, Gyula Mester, Ivan Stojkovic, Qualitative Evaluation of Flight Controller Performan-

       ces for Autonomous Quadrotors, pp. 115-134, Intelligent Systems: Models and Applications, Endre Pap

       (Ed.), Topics in Intelligent Engineering and Informatics, Vol. 3, Part. 2, TIEI 3, ISSN 2193-9411, e-ISSN

       2193-942X, ISBN 978-3-642-33958-5, e-ISBN 978-3-642-33959-2, DOI 10.1007/978-3-642-33959-2_7,

       Springer-Verlag Berlin Heidelberg, http://link.springer.com/chapter/10.1007/978-3-642-33959-2_7, 2013.

                     Google Scholar: 7950543686865802328. MTMT

          c18     Josip Stepanic, Gyula Mester, Josip Kasac, Synthetic Inertial Navigation Systems: Case Study of Determi-

                     ing Direction, Proceedings of 57^th ETRAN Conference, pp. RO 2.7., 1-3, Zlatibor, Serbia, June 3-6, 2013.

       MTMT

          c19     Aleksandar Rodic, Gyula Mester, Control of a Quadrotor Flight, Proceedings of the ICIST Conference,

      pp. 61-66, ISBN: 978-86-85525-12-4, Kopaonik, Serbia, 03-06.03.2013. MTMT

          c20     Attila Nemes, Synopsis of Soft Computing Techniques Used in Quadrotor UAV Modelling and Control,

       Interdisciplinary Description of Complex Systems, Vol. 13, No. 1, DOI: 10.7906/indecs.13.1.3, ISSN

       1334-4684, pp. 15-25. 2015.

       Google Scholar: 14459144133733023990, MTMT

       „A wide area of robotics research is dedicated to aerial platforms. Multiple structures and configurations

       have been developed to allow 3D movements [1-14]. The vertical take-off and landing requirements exc-

       lude some of the aforementioned configurations [1, 2]. This structure can be attractive in several applicati-

       ons, in particular for surveillance, for imaging dangerous environments, and for outdoor navigation and

       mapping [1, 2]. As is well summarised in [1, 2] rotary wing aerial vehicles have distinct advantages over

       conventional fixed wing aircrafts in surveillance and inspection tasks because they can take-off and land

       in limited spaces and easily fly above the target. The instability comes from changes in the helicopter par-

       ameters and from disturbances such as a wind gust or air density variation [1, 2]. Large helicopter engines

       which have a slow response, may not be satisfactory without incorporating a proper gear-box system [1,

       2]. Unlike typical helicopter models (and regular helicopters), which have variable pitch angles, a quad-

       rotor has fixed pitch angle rotors, and the rotor speeds are controlled in order to produce the desired lift

       forces [1, 2]. The quadrotor is satisfactory well modelled [1-12] with a four rotors in a cross configuration

       as presented in Figure 1. This way, overall thrust produced is same, but differential drag moment creates

       yawing motion. In spite of four actuators, the quadrotor is still an under-actuated system [1, 2]. Equations

       of motion are more conveniently formulated in the B-frame because the inertia matrix is time-invariant,

       advantage of body symmetry can be taken to simplify the equations, measurements taken on-board are

       easily converted to B-frame and control forces are readily available in the B-frame [1, 2]. This reference is

       right-hand, too [1, 2]. The vector that describes the quadrotor position and orientation with respect to the

       E-frame can be written in the form [1, 2]. Finally, the kinematical model of the quadrotor can be defined

       in the following way [1, 2]. Otherwise, another point (COM) should be taken into account, which could

       make the body equations considerably more complicated without significantly improving model accuracy

       [1, 2], the second one specifies that the axes of the B-frame coincide with the body principal axes of iner-

       tia. In this case the inertia matrix I is diagonal and, once again, the body equations become simpler[2].

       The movement aerodynamic matrix has the form [1, 2]: Equations (1)-(12) take into account the entire

       quadrotor non - linear model including the most influential effects [1, 2].”

          c21     Mester Gyula, Rodic Aleksandar, Négyrotoros robothelikopter modellje és irányítása, A Magyar Tudom-

                     ány Napja a Délvidéken 2012, pp. 469-476, ISBN 978-86-88077-04-0, Újvidék, Szerbia, november 24,

                     2012. MTMT

          c22     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

       Google Scholar: 11405780311557937599, MTMT

          c23     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara

                     International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584 – 2665, 2015.

       Google Scholar: 4166784119968290350, MTMT

       „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x,y,z) and

                     ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) − (1,1,1), while

       performing a full circle rotation in jaw motion 0 − 2π .”

          c24     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c25     Tarek N. Dief, Shigeo Yoshida, Review: Modeling and Classical Controller Of Quad-rotor, IRACST

                     International Journal of Computer Science and Information Technology & Security (IJCSITS), Vol. 5,

                     Issue 4, pp. 314-319, ISSN: 2249-9555, August 2015, MTMT

       „These two methods depend on transformation matrix which describes the relative motion between body

       axis and inertial axis [11-19].”.

          c26     Gyula Mester, New Trends in Scientometrics, Möhringer Peter (edit.), Proceedings of the SIP 2015, 33^nd

                     International Conference Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-

                     Schweinfurt, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c27     Rafiuddin Syam, M. Mustari, Simulation and Experimental Works of Quadcopter Model for Simple Mane-

                    uver, Proceeding of the 1^st International Symposium on Smart Material and Mechatronics, ISBN 978-602-

                    71380-1-8, pp. 67-71, Makassar-Gowa, 23-24, September, 2014, Fakultas Teknik Universitas Hasanud-

                    din, Indonesia. MTMT

      “If the moment of inertia matrix MH, ̈ acceleration matrix ̈ , S n i a ˗C i is matrix CH, velocities matrix,

      GB gravitational vector and the action vector Λ of the general movement of an aircraft dynamics model of

      quadcopter can define in the following matrix form [1],[2]:”.

          c28     Syam, R., Dynamics and Fuzzy Logic Method for Controlling Quadcopter, Research Journal of Applied

                     Sciences, Vol. 11, Issue: 6, pp. 251-260, ISSN: 1815932X, DOI: 10.3923/rjasci.2016.251. 260,  Publisher:

                     Medwell Journals, 2016. Scopus: 84978710875, MTMT

          c29     Majid Yekkehfallah Fallah, Smart Bracelet Using Haptic System with Fuzzy Controller in Deminer Quad-

                     rotor Robots, The Journal Instrumentation Automation and Systems, Vol. 3, No. 2, pp. 22-30, DOI: 10.

                     2153/5%2Fjias.v3i2.910, ISSN: 2288-582X, 2016. MTMT

          c30     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016.

                     november 17. MTMT

          c31     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018.  MTMT

          c32     Mokhar, M. B. M., Ismail, Z. H., Yani, M. and Dunnigan, M. W., Attitude Control with a Region-based

                     Method for an Unmanned Aerial Vehicle, ISBN: 978-147997862-5, 2015 10^th Asian Control Conference:

                     Emerging Control Techniques for a Sustainable World, ASCC, Article number 7244837, pp. 5-10, DOI:

                     10.1109/ASCC.2015.7244837, ISBN: 978-147997862-5, Kota Kinabalu; Malaysia, 8 September 2015.

       Scopus: 84957674326, MTMT

          c33     Hammada Abbas, Rafiuddin Syam, M Mustari, Rancang Bangun Prototipe Quadrotor Tanpa Awak,

                     paper: MT 27, pp. 1-7, Proceeding Seminar Nasional Tahunan Teknik Mesin XIV (SNTTM XIV),

                     Banjarmasin, Indonesia, 7-8 Oktober 2015. MTMT

      „Jika MH matriks momen inersia, Ẍ H matriks percepatan, CH matriks Sentripetal˗Coriolis, Ẋ H matriks

      kecepatan, GB vektor gravitasional dan Λ vektor aksi pergerakan umum maka model dinamika dari

      sebuah pesawat quadcopter dapat difenisikan dalam bentuk matriks berikut [1],[2] :”.

          c34     Mohd Bazli M. Mokhar, Zool H. Ismail, Mohamad Yani, Matthew W. Dunnigan, Attitude Control with a

                     Region-based Method for an Unmanned Aerial Vehicle, 10^th Asian Control Conference: Emerging Control

                     Techniques for a Sustainable World, ASCC 2015, IEEE, Article number 7244837, pp. 1-5, Kota Kinabalu:

                     Malaysia, 31 May - 3 June 2015; DOI: 10.1109/ASCC.2015.7244837, Code 117644.

                     Scopus: 84957674326.

          c35     Gyula Mester, Aleksandar Rodic, Simulation of Quad-rotor Flight Dynamics for the Analysis of Control,

                     Spatial Navigation and Obstacle Avoidance, Proceedings of the 3^rd International Workshop on Advanced

                     Computational Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN: 2185-758X,

                     Shanghai, China, October 18 to 21 in 2013.

       Scopus,  Google Scholar: 7617315847921967132, MTMT

          c36     Ivan Stojković, Aleksandar Rodić, Ilija Stevanović, Comparison of Different Flight Control Techniques

       for Autonomous Quadrotors, Proceedings of the 56^th ETRAN Conference, RO3.8-1-4, Zlatibor, June 11-

                     14, 2012. MTMT

       „The quadrotor is satisfactory well modeled [4] - [6] with a four rotors in a cross configuration, as in Fig.

       1. For the purpose of testing flight controller the following quadrotor parameters are assumed Table 1 [5]

        [6]. “.

           c37     Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdis-

                      ciplinary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI:

                     10.7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The control system of the autonomous quad-rotor helicopter requires accurate position and orientation

                     information [14-18].”

          c38     Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c39     Hossain, M. R., Krouglicof, N., Multi - body Dynamics Modeling & Control of Quadrotor Helicopter Us-

                     ing Bond Graph, Simulation Series, Vol. 48, Issue 10, 2016, pp. 102-111, Volume Editors: Granda J. J.,

                     Karnopp D. C., Publisher: The Society for Modeling and Simulation International, 2016 International

                     Conference on Bond Graph Modeling and Simulation, ICBGM 2016, Part of the 2016 Summer Simulati-

                     on Multi-Conference, SummerSim 2016; Montreal; Canada; 24 July 2016 through 27 July 2016; Code

                     122944, ISSN: 07359276, 

                     Scopus: 84988353446. MTMT

          c40     Xie Naiying, Lin Xiaobo, Yu Yao, Position Estimation and Control for Quadrotor Using Optical Flow

                     and GPS Sensors, in: 2016 31^st Youth Academic Annual Conference of Chinese Association of Automa-

                     tion (YAC), pp. 181-186, DOI: 10.1109/YAC.2016.7804886, 2016.

                     Scopus, MTMT

          c41     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

                     Web of Science, MTMT  

          c42     Robert Głębocki, Marcin Żugaj, Mariusz Jacewicz, Validation of the Energy Consumption Model for a

      Quadrotor Using Monte-Carlo Simulation, Archive of Mechanical Engineering, Vol. 70, No. 1, pp. 151-

      178, DOI: 10.24425/ame.2022.144075, 2022. MTMT

      „They are also underactuated objects, which means that the number of actuators (four independent elec-

      tric motors) is smaller than the number of degrees of freedom (three translations and three  rotations) [62,

      63].”

          c43     Rizkyansyah Alif Hidayatullah, Stability Control System for Octocopter UAV (Unamnned Aerial Vehicle),

      pp. 1-138, paper: final project–tm 141585, Faculty of Industrial Technology Sepuluh Nopember Institute

      of Technology Surabaya, Indonesia, 2016. MTMT

          c44     Zare Mehdi, Zakeri Ehsan, Sadeghi Jafar, Farahat Said, Tracking Control of an Unmanned Aerial Vehicle

      Using Cascade Configuration of Fuzzy Logic Controllers in Presence of Windflaw, International Journal

      of Advanced and Applied Sciences, Vol. 3, Issue 8, pp. 43-51, DOI: 10.21833/ijaas.2016.08.008,

      ISSN:2313-626X, 2016.

      Web of Science, MTMT

          c45     J. C. Mohanta, Dayal R. Parhi, S. R. Mohanty, Anupam Keshari, A Control Scheme for Navigation and

      Obstacle Avoidance of Autonomous Flying Agent, Arabian Journal for Science and Engineering, Vol. 43,

      pp. 1395-1407, DOI: 10.1007/s13369-017-2899-y, 2017.

      Web of Science, MTMT

          c46     Péter Tamás, Decision Support Simulation Method for Process Improvement of Intermittent Production

      Systems, Applied Sciences-Basel, Vol. 7, Issue 9, paper: 950, 16 p., DOI: 10.3390/app7090950, 2017.

                     Web of Science, Scopus, MTMT

                     „The system’s status will be changed in the discrete points of time in the case of the discrete model and

                     at every point of time in the case of the continuous model [8,9].”

          c47     Tiwari Astha, Position Control of an Unmanned Aerial Vehicle From a Mobile Ground Vehicle, 118 p.,

                     disszertáció, Michigan Technological University, DOI: 10.37099/mtu.dc.etdr/470, 2017. MTMT

                     ” In [3], authors presented the modelling and simulation of an autonomous quadrotor micro-copter in a

                     virtual outdoor scenario.”

          c48     Kiss Leizer Géza Károly, Tokody Dániel, Radiofrequency Identification by using Drones in Railway Acci-

                     dents and Disaster Situations, Interdisciplinary Description of Complex Systems, DOI: 10.7906/indecs.

                     15.2.1, Vol. 15, Issue 2, pp. 114-132, 2017.

                     Web of Science, MTMT

          c49     Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy

                     Partitions for UAV Dynamic Modeling, FME Transactions, Vol. 45, Issue 1, pp. 1-8, DOI: 10.5937/fmet

                     1701001N, 2017.

                     Web of Science, MTMT.

          c50     Kjell Kersandt, Deep Reinforcement Learning as Control Method for Autonomous UAVs, master thesis,

                     p. 76, 2018. MTMT

          c51     Fernando A. C. da Silva, Klosowski Rodrigo F., Siqueira Hugo, Kaster Mauricio, Correa Fernanda Cristi-

                     na, Genetic Algorithm and Poles-Placement: a Comparative Study on the Design of PD and PID Control-

                     lers Applied to a Quadrotor Flight Stabilization, in: Junqueira, F., Tsuzuki MDG, (edit.), 13^th IEEE

                     International Conference on Industry Applications (Induscon), New York (NY), USA, IEEE, pp. 419-425,

                     ISSN: 2572-1445, 2018.

                     Web of Science, MTMT

          c52     Péter, Tamás, Simulation Investigational Method for Intermittent Production Systems, Engineering        

                     Review, Vol. 38, Issue 2, pp. 215-225, DOI: 10.30765/er.38.2.9, 2018.

                     Web of Science, Scopus, MTMT

                     “The system’s status will be changed in the discrete points of time in the case of the discrete model and at

                     every point of time in the case of the continuous model [8, 9].”

          c53     Nakamura Masanao, Takaya Kenta, Ohta Hiroshi, Shibayama Keishi, Kroumov Valeri, Quadrotor Model-

                     ing and Simulation for Industrial Application, in: Radu-Emil, Precup (edit.), 23^rd International Conference

                     on System Theory, Control and Computing (ICSTCC), Piscataway (NJ), USA, IEEE, DOI: 10.1109/

                     ICSTCC.2019.8885708, ISSN: 2372-1618, pp. 37-42, 2019.

                     Scopus, MTMT

          c54     Tamás Péter, Tollár Sándor, Illés Béla, Bányai Tamás, Tóth Ágota Bányai, Skapinyecz Róbert, Decision

                     Support Simulation Method for Process Improvement of Electronic Product Testing Systems,

                     Sustainability, Vol. 12, Issue 7, paper: 3063, DOI: 10.3390/su12073063, 2020.

                     Web of Science, Scopus, MTMT

                     „According to another classification aspect, we can distinguish continuous and discrete simulation

                     models. In case of the discrete model, the system statuses change in the countable points, while in

                     the continuous model, they change as the continuous function of time [18,19].”

          c55     Sostaric Damir, Mester Gyula, Drone Localization using Ultrasonic TDOA and RSS Signal-Integration of

                     the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, DOI: 10.5937/fmet2001021S,

                     pp. 21-30, 2020.

                     Web of Science, Scopus, MTMT

          c56     Masud Usman, Saeed Tareq, Akram Faraz, Malaikah Hunida, Akbar Altaf, Unmanned Aerial Vehicle for

                     Laser Based Biomedical Sensor Development and Examination of Device Trajectory, Sensors, Vol. 22,

                     Issue 9, p. 3413, DOI 10.3390/s22093413, 2022.

                     Web of Science, MTMT

                     „This, in turn, means that the hardware and software parts must both be developed in a strictly technical

                     way that helps in the operation of the device afterwards [40,42,43,50].”

          c57     Borrero Domínguez, Jeyson Javier, Pinzón Gil, Nicolás José, González Alvarado, Iván Camilo, Diseño y

                     simulación de un vehículo híbrido no tripulado radio controlado para la medición de parámetros

                     ambientales, Universidad Piloto de Colombia, p. 179, Bogota, 2018. MTMT

                     http://repository.unipiloto.edu.co/handle/20.500.12277/4827

          c58     Sylvia Martinez Estelles, Study and Suppression of Vibrations in Rotary-wing Unmanned Aerial Vehicles,

                     Doctoral thesis, p. 175, City, University of London, 2016.

      https://openaccess.city.ac.uk/id/eprint/17441/ MTMT

          c59     Al-Rawashdeh YM, Elshafei M, Ouakad HM., In-flight Estimation of Quadrotor Mass and Inertia Using

                     All-accelerometer, Journal of Vibration and Control, DOI:10.1177/10775463231188355,ISSN 1077-5463,

                     2023. MTMT

                     „Comprehensive simulation utilizing Robot Operating Systems (ROS) and Gazebo, and flight simulators

                     are available (Meyer et al., 2012; Rodić and Mester, 2011).“

          c60     Iliopoulou Antouanetta,Modeling and System Identification of a Multirotor UAV Using Simulation Data,

                     diploma thesis, National Technical University of Athens, p. 67, 2022. MTMT

                     „In this section the basic control commands of a multirotor will be explained as seen in[16].“

          c61     O. Shrit,  Automatic Coordination of a Quadcopters Fleet Using Ad hoc Communications, PhdD theses,

                     2021. MTMT

                     https://www.theses.fr/2021UPASG108.pdf

          c62     S. Ullah, A. Mehmood, K. Ali, U. Javaid, G. Hafeez and E. Ahmad, Dynamic Modeling and  Stabilization

                     of Surveillance Quadcopter in Space based on Integral Super Twisting Sliding Mode Control Strategy,

                     2021 International Conference on Artificial Intelligence (ICAI), pp. 271-278, DOI: 10.1109/ICAI52203.

                     2021.9445268, Islamabad, Pakistan, 2021. MTMT

          c63     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken – 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c64     Behnam Safari, Mohsen Ashourian, Multi-Rotor Intelligent Control and Navigation with Adaptiv Fuzzy

                     Method, Journal of Mechanical Engineering and Vibration, Vol. 11, No. 1, pp. 54-65, 2019-2020. MTMT

          c65     Agus Sofwan, M Ikrar Yamin, Budi Santoso, Sistem Pengendalian Kestabilan Pesawat Tanpa Awak

                     Berbasis kontrol PID, Sinusoida Vol: XXV No.1, pp. 42-51, ISSN 1411-4593, Juli 2023. MTMT

 

C62. Gyula Mester, Aleksandar Rodic, Contribution to the Simulation of Humanoid Kondo Robot,

Annals of Faculty Engineering Hunedoara - International Journal of Engineering University Poli-

tehnica Timisoara, Faculty of Engineering Hunedoara Romania, Tome IX, Fascicule 1, pp. 73-78,

ISSN 1584–2665, 2011.

http://annals.fih.upt.ro/pdf-full/2011/Annals-2011-1-08.pdf

Research Gate, Google Scholar: 4584216549573892615, MTMT

          c1       Borovac Branislav; Raković Mirko and Nikolić Milutin, Use of Support Vector Machine for Humanoid

                     Robot Motion Synthesis, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Rese-

                     arch, TIR, Vol. 8, No. 2, pp. 18-25, ISSN 1820-4503, New York, Frankfurt, Tokyo, Belgrade, 2012.

                     http://internetjournals.net, MTMT

          c2       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011 (könyvfejezet). MTMT

          c3       Deepak Bharadwaj, Manish Prateek, Rashmi Sharma, Development of Reinforcement Control Algorithm of

                     Lower Body of Autonomous Humanoid Robot, International Journal of Recent Technology and Engineer-

                     ering (IJRTE), Blue Eyes Intelligence Engineering ISSN: 2277-3878, Vol. 8, Issue 1, pp. 915-919, May

                     2019. MTMT

       “Q-learning [12][13] iteratively approximates the state-action value function”

          c4       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                     platform in unstructured environments with obstacles and slopes [10-15].”                           

 

C63. Gyula Mester, Academic Ranking of World Universities 2009/2010, Vol. 7, No.1, pp. 44-47, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820 - 4503, New York, Frankfurt, Tokyo, Belgrade, 2011. MTMT 33/44 GS cit. 93 MTMT: 1668212.

      Web of Science, Research Gate, Google Scholar: 10533348313321738378,

          c1       Rubén González Crespo, Roberto Ferro Escobar, Sandra Yanet Velazco, José Antonio Morerio Propuesta

                     de una Taxonomía y Ontología para clasificación Inteligente de grupos de investigación, Sociedad y Uto-

                     pía. Revista de Ciencias Sociales, Issue 40, pp. 18-50, ISSN: 2254-724X2012, Noviembre de 2012.

                     MTMT

       ”... Según la publicación realizada por Gyula Mester, (Mester, 2011) propone un análisis del Ranking

       Academico de Universidades a nivel mundial, según el Institute of Higher Education de Shanghai

       JiaoTong University ‖, el Academic Ranking of World de Universidades de ...”

          c2       Mirko Spiroski, Current Scientific Impact of Ss Cyril and Methodius University of Skopje, Republic of Ma-

                     cedonia in the Scopus Database (1960-2014), ID Design 2012/DOOEL Skopje, Open Access Macedonian

                     Journal of Medical Sciences, Vol. 3, Issue 1, pp. 1-6, DOI:10.3889/oamjms.2015.019, 2015.

       Google Sholar: 3378751345809058201, MTMT

      „The ranking used 19 indicators of academic performance and competitiveness, covering major mission

      aspects of HEIs such as teaching, research and social service. It is the first university ranking in Macedo-

      nia [5].”

          c3       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, Maribor, Pohorje,

                     Slovenija, 18-21.02.2013.

       Google Sholar: 10308493513415807503. MTMT

          c4       Gyula Mester, The valuation of the Impact Factor of the Journal Acta Polytechnica Hungarica, Proceed-

                     ings of the TREND 2011, 15^th Conference, Doctoral studies in Serbia, region and EU, pp. 70-73, ISBN

                     978-86-7892-323-4, Kopaonik, Serbia, 07-10.03.2011.

       Google Sholar: 15315580173213438559, MTMT

          c5       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

                     ETRAN, str. RO3.5.1-3, Zlatibor, 3-6. juna 2013.

       Google Sholar: 16786320672425279869. MTMT

          c6       Mester Gyula, Honlap szerkesztése Google Tudós alkalmazásával, VMTT Konferencia, Konferencia kiad-

                      vány, Vajdasági Magyar Tudományos társaság, pp. 674-679, ISBN 978-86-88077-06-4, Újvidék, Szerbia,

                      november 23, 2013. MTMT

          c7       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia, Tu-

                     dományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3, szerkesztő: Berényi

                     János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c8       Gyula Mester, Merenje rezultata naučnog rada, Vol. 64, Issue 3, pp. 445-453, Tehnika-Mašinstvo, ISSN

                     0040-2176, Beograd, Srbija, 2015. MTMT

          c9       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411. 1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c10     Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                     Skup Trendovi Razvoja “Položaj visokog Obrazovanja i Nauke u Srbiji”, Zbornik radova, Ed. Vladimir

                     Katic, p. 374, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22-24.02.2017.

                     MTMT

          c11     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, No. 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

       Web of Science, MTMT

       „This model is one of the technologies determining the near future and is therefore an important element

       of both R&D [2] and education [3, 6].”

          c12     Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

      2810, 2018. MTMT

       „Az egyetemek rangsorolása a világranglistán igen fontos az egyetemen működő doktori iskolák

                     szempontjából is [2-5].”                                                                                                                                       

          c13     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th Internatio Confer-

                     ence INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Proce-     

                     edings published 31 December 2020, Vol. 63, No. 60, pp. 1-6, DOI: 10.3390/ proceedings2020063060.

                     MTMT

        „These principles need to be incorporated into the legal framework [13] and into the educational materials

        that define the daily approach [14–18].”

          c14     Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th Internation-

                     al Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020.

                     Proceedings 2020, Vol. 63, No. 1, pp. 1-7, DOI: 10.3390/proceedings2020063050, Published: 25 Decem-

                     ber 2020. MTMT

                     „From other aspects, the need for sustainability must be emphasized in the underlying legal regulation [8]

                     and in the education [9,10,11].”

          c15     Attila Albini, Dániel Tokody, Zoltán Rajnai, Theoretical Study of Cloud Technologies, Interdisciplinary

                     Description of Complex Systems, Vol. 17, Issue 3-A, pp. 511-519, DOI: 10.7906/indecs.17.3.11, 2019.

                     WoS, MTMT

          c16     Jelena, Pisarov, On-Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 229-232, pap-

                     er No. UP4.1, ISBN 978-86-6022-313-7, 2021. MTMT

          c17     Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT Hibás

          c15     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Indecs, Inter-

      disciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 20, No. 1, pp.44-49,   

      ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c16     Delilović, Namik, Maurer, Hermann, Producing Unifying Reports on Topics of General Interest, IPSI

      Transaction on Advanced Research, Vol. 17, No. 1, pp. 43-48, ISSN 1820 – 4511, January 2021. MTMT

          c17     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c18     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c19     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1, pp.

                     29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c20     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                     ference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-

                     397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c21     Jelena Pisarov, Önvezető autók okos városokban, Proceedings of the European Smart Sustainable and

                     Safe Cities conference, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, 2020. MTMT

          c22     Riyaz Gataullovoch Minzaripov, Anastasia Viktorovna Fakhrutdinova, Nataliia Nikolaevna Abakumova,

                     Sisi Xu, Irina Vasilyevna Terentyev, Comunicação e liderança científica / educacional ARWU versus

                     MosIUR, Revista on line de Política e Gestão Educacional, Araraquara, Vol. 25, No. 1, pp. 557–566, DOI:

                     10.22633/rpge.v25iesp.1.14996, 2021. MTMT

          c23     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c24     Fulya Akyıldız, CSR and Turkish Universities in ARWU 2018: An Evaluation of the Strategic Plans and

                     Performance Reports. In: Bilgin, M.H., Danis, H., Demir, E., Karabulut, G. (eds) Eurasian Business and

                     Economics Perspectives. Eurasian Studies in Business and Economics, Vol 20, pp 321–341, Springer,

                     Cham. DOI: 10.1007/978-3-030-85304-4_20, 2021. MTMT

          c25     Mohammed S Alsaeedi, Nik Mohd Zaim Ab Rahim, The Role Of Strategic Management In Addressing

                     The Civilizational Challenges Facing The Academic Institutes: A Comprehensive Review, International

                     Journal of Islamic Studies, Vol. 32, Issue 1, pp. 130-165, 2023. MTMT

          c26     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c23     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, konferenciaközlemény, pp. 105-115, ISBN: 978-963-449-357-0,

                     XXXIX. Kandó Konferencia 2023, Óbudai Egyetem, Kandó Kálmán Villamosmérnöki Kar, 2023.

                     november 9-10. http://hdl.handle.net/20.500.14044/25769, 2024. MTMT

          c24     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja “Univerzitet pred novim izazovima”, Zbornik radova, pp. 361-364, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c25     César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-60-

                     22-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c26     Sinan Çizmecioğlu, Esra Boz, Ahmet Çalık, Vakıf Üniversitelerinin Akademik Performans Analizi İçin

                     Yeni Bir Bütünleşik ÇKKV Çerçevesi, International Journal of Engineering Research and Development,

                     Vol. 15, Issue 1, pp. 24-39, DOI: 10.29137/umagd.1098902, 2023. MTMT

          c27     Ali Abdullah, An Assessment Model for Evaluating MCDM Education's Effectiveness Under Interval-

                     Valued Neutrosophic Sets. Journal of Neutrosophic and Fuzzy Systems, Vol. 1, Issue 2, pp. 107-113. DOI:

                     10.54216/JNFS.010207, 2021. MTMT

          c28     Mr. P. Tamilselvan, Evangelin Kethsiya, A Survey on Cloud Computing Environment, Inspiring 7G's in

                     Business Growth and Sustainability, edited by Dr.M.S.Loganathan, Dr.M.Mahalakshmi, Dr.A.Kalaiselvi,

                     Dr.M.Parameswari, Dr.R.Selvakumar, pp. 172-185, ISBN 978-81-19042-67-8, 2023. MTMT

          c29     Riyaz Gataullovoch Minzaripov, Anastasia Viktorovna Fakhrutdinova, Nataliia Nikolaevna Abakumova,

                     Sisi Xu, Irina Vasilyevna Terentyev, Scientific / Educational Communication and Leadership Arwu Ver-

                     sus Mosiur, Revista on line de Política e Gestão Educacional, Araraquara, Vol. 25, Issue 1, pp. 557-566,        

                     e-ISSN:1519-9029. DOI: 10.22633/rpge.v25iesp.1.14996, 2021. MTMT

          c30     Jelena Pisarov, Rang lista fizičara Srbije 2023, pp. 391-394, XXIX Skup Trendovi Razvoja: “Univerzitet

                     pred novim izazovima”, Zbornik radova, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.2023. MTMT

          c31     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomány-

                     os Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c32     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c33     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, XXVII  Skup Trendovi

                     Razvoja: “On-Line Nastava na Univerzitetima”, Paper No.UP6.1, pp. 371-374, ISBN 978-86-6022-313-7,

                     Novi Sad, Serbia, 15 - 18.02.2021. MTMT

          c34     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c35     Onyango, R. N., An Assessment Of Outsourcing As A Strategy For Sustainability Amongst Universities in

                     Kenya: a Case of University of Eastern Africa Baraton (Nairobi) And Adventist University of Africa,

                     Doctoral dissertation, Daystar University, 2013. MTMT

                     repository.daystar.ac.ke

          c36     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c37     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Reseach Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT     

          c38     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c39     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c40     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, Proceedings of the Conference

                     TREND pp. 371-374, Novi Sad, Serbia, 15-18.02.2021. MTMT

          c41     Onyango, Rabera Nyanchama, An Assessment Of Outsourcing As A Strategy For Sustainability Amongst

                     Universities In Kenya: A Case Of University Of Eastern Africa Baraton (Nairobi) And Adventist University

                     Of Africa. Doctoral Dissertation Daystar University, 2013. MTMT

          c42     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.

 

C64. Gyula Mester, Modeling of the Humanoid Robot Motion, Invited Paper, Ipsi Journal, Transactions on Advanced Research, TAR, New York, Frankfurt, Tokyo, Belgrade, Vol. 7, No.1, pp. 21-25, ISSN 1820 – 4511, 2011.

http://internetjournals.net/journals/tar/2011/January/  

Research Gate, Google Scholar, MTMT.

          c1       Borovac Branislav; Raković Mirko and Nikolić Milutin, Use of Support Vector Machine for Humanoid

                     Robot Motion Synthesis, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Rese-      

                     arch, TIR, Vol. 8, Issue 2, pp. 18-25, ISSN 1820-4503, New York, Frankfurt, Tokyo, Belgrade, 2012.   

                     http://internetjournals.net MTMT

          c2       Filipe Borges Marra, Vitri de Fava Souza, Thomas Vergutz, Murilo Mendonça Venâncio, Luis Otávio Brás

                     Tenani, Alézio Martins Guimarães, Rogério Sales Gonçalves   Fb. Marra, Vdef Souza, T. Vergutz, Huma-

                     noide Edrom Robocup Kidsize 2011, pp. 1-3,

       http://www.cbrobotica.org/Humanoid/91354.pdf. MTMT

       “Detalhes sobre a obtenção do modelo matemático de robôs humanóides podem ser encontrados em

       Mester (2008), Torres (2006), Barela (2005) e Nogueira (2005).”

          c3       Gyula Mester, Személyi robotikai platformok fejlesztése és alkalmazása, VMTT Konferencia, Konferencia-

                     kiadvány, pp. 572-579, ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

          c4       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011 (könyvfejezet). MTMT

          c5       Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

C65. Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in

Unknown Environments, International Journal of Electrical and Computer Engineering Systems, J.J.

Strossmayer University of Osijek, Faculty of Electrical Engineering, Vol. 1, Issue 2, pp. 55- 62,

ISSN: 1847-6996, 2010. MTMT 35/41

Web of Science: 000409736500001, Research Gate, Google Scholar: 2253804250227885355, MTMT.

          c1       Aleksandar Rodic, Gyula Mester, Virtual WRSN-Modeling and Simulation of Wireless Robot-Sensor Net-

                     worked Systems, Proceedings of the 8th IEEE International Symposium on Intelligent Systems and Infor-

                     matics, SISY 2010, pp. 115-120, DOI: 10.1109/SISY.2010.5647245, ISBN: 978-1-4244-7394-6, Subotica,

                     Serbia, September 10-11, 2010. MTMT

          c2       Deepak, B.B.V.L., Parhi, Dayal R., Target Seeking Behaviour of an Intelligent Mobile Robot Using Advan-

                     ced Particle Swarm Optimization, Proceedings of the IEEE International Conference on Control, Automa-

                     tion, Robotics and Embedded System (CARE), pp. 1-6, DOI: 10.1109/CARE.2013. 6733749, ISBN: 978-

                     1-4244-7394-6, Jabalpur, India, 16-18 Dec. 2013.

      Web of Science: 000347643800059. MTMT

          c3       B. B. V. L. Deepak, Dayal R. Parhi, B. M. V. A. Raju, Advance Particle Swarm Optimization-Based Navi-

                     gational Controller for Mobile Robot, Arabian Journal for Science and Engineering, pp. 6477-6487, Vol.

                     39, Issue: 8, DOI: 10.1007/s13369-014-1154-z, Print ISSN 1319-8025, Online ISSN 2191-4281, Publisher

                     Springer Berlin Heidelberg, 03 June 2014.

       http://link.springer.com/article/10.1007/s13369-014-1154-z.

       Web of Science: 000339807800052, MTMT

       “Recently, Mester and Rodic [23] have explained a sensor-based intelligent mobile robot navigation in un-

       known environments. They used Fuzzy Inference System for generating obstacle collision free trajectories

       within robotic work space. A simulation result of their approach is shown in Fig. 12a regarding the goal

       seeking and the obstacle avoidance mobile robot paths.”

          c4       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011. (könyvfejezet). MTMT

          c5       Adeel Ur Rehman, Dan-Sorin Necsulescu, Jurek Sasiadek, Robotic Based Fire Detection in Smart Manu-

                     facturing Facilities, Proceedings of the INCOM 2015 Conference, pp. 1-6, Ottawa, Canada, 11-13 May

                     2015. MTMT

          c6       E. Mikhailov, B. Remeniuk, Optimize the Placement Warehouse Transport System, Опубликовано в жур-

                     нале Электротехнические и компьютерные системы, Vol. 94, No. 18, pp. 60-64, УДК 658.7, Автома-

                     тика и управление, 2015. MTMT

       “Перемещение погрузчика по заданной траектории может осуществляться с помощью систем

       локальной и глобальной навигации [2; 4-10], например, с использованием лазерных гониометров,

       которые позволяют вычислить положение и ориентацию мобильного робота на основе алгоритма

       триангуляции и обеспечивают точность позиционирования порядка нескольких санти-метров [5-

       6].”

          c7       Attila Albini, Dániel Tokody and Zoltán Rajnai, The Categorization and Information Technology Security

                     of Automated Vehicles, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, pp. 327-

                     332, DOI: 10.7906/indecs.16.3.4, 2018. MTMT

       “Proposals have been made to apply the principles of cloud building technologies and to use artificial inte-

       lligence [7-10]. Artificial intelligence items should be used to make decisions because they can contain he-

                     uristic elements [7] and provide a quick method [8-10].”

          c8       Dániel Tokody, Attila Albini, László Ady, Zoltán Rajnai and Ferenc Pongrácz, Safety and Security Thro-

                     ugh the Design of Autonomous Intelligent Vehicle Systems and Intelligent Infrastructure in the Smart City,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 3-A, DOI: 10.7906/indecs.16.3.

                     11, pp. 384-396, 2018.

                     Web of Science, MTMT

          c9       Simon, J., Possible Implementations of the Cloud-based Data-centric IoT Pilot Platforms for Smart Cities

                     and Agriculture, Analecta Technica Szegedinensia, Vol. 12, No. 1, DOI: 10.14232/analecta.2018.1.39-44,

                     pp. 39-44, ISSN: 2064-7964, 2018. MTMT

                     “Early home automation has started with energy-saving machines [4] [24].”

          c10     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

      System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, Issue 3, pp.

      369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „In this model IT problems are augmented by the system of control [10-13], which is usually implemented

                     by IoT devices.”

          c11     Damir Šoštarić, Gyula Mester, Drone Localization using Ultrasonic TDOA and RSS Signal-Integration of

                     the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, pp. 21-30, ISSN 1451-2092,

                     DOI: 10.5937/fmet2001021S, UDC: 621, 2020.

       Web of Science, Scopus, MTMT        

       “Our life has been automated to such level which, for example, allows for autonomously operating vehic-

      les to get from point A to point B safely (e.g. sensorbased intelligent mobile robot navigation [17]).”

          c12     Dániel Tokody, Jozsef Papp, Laszlo Barna Iantovics, Francesco Flammini, Complex, Resilient and Smart

                     Systems, in book: Flammini F. (eds), Resilience of Cyber-Physical Systems: From Risk Modelling to

                     Threat Counteraction; Advanced Sciences and Technologies for Security Applications, Chapter: 1, pp. 3-

                     24, DOI: 10.1007/978-3-31995597-1_1, ISBN: 978-3-319-95596-4, Springer International Publishing,

                     February 2019.

       Scopus, MTMT

       „Our life has been automated to such level which, for example, allows for autonomously operating

                     vehicles to get from point A to point B safely (e.g. sensorbased intelligent mobile robot navigation [17]).”

          c13     A. Victor, S. Viorica, A. Victoria, M. Radu, B. Dimitrie and N. Ana, Fuzzy Sensor Network for Mobile

      Robots Navigation, 2019 International Conference on Electromechanical and Energy Systems (SIEL-

      MEN), IEEE, pp. 1-4, DOI: 10.1109/SIELMEN.2019.8905829, ISBN: 978-1-7281-4012-4, Craiova,

      Romania, 2019.

                     Scopus, MTMT

          c14     Milica D. Đekić: The Internet of Things Cybersecurity Standardization, Tehnika – Kvalitet IMS, Standar-

                     dizacija i Metrologija, Vol. 74, Issue 4, pp. 603-607, DOI: 10.5937tehnika1904603D, Beograd, Serbia,

                     2019. MTMT

                     “The fact is every new generation would appear as somehow being more progressive than the previous

                     ones and for such a reason – it’s quite natural to expect that the next generation standards would be more

                     progressive as well. [16, 17]”.

          c15     Denis Chikurtev, Kaloyan Yovchev, Nayden Chivarov, Ivaylo Rangelov, Indoor Navigation Using Exis-

                     ting Infrastructure for Professional Service Robots, International Conference on Robotics in Alpe-Adria

                     Danube Region RAAD 2019: Advances in Service and Industrial Robotics, Part of the Advances in Intel-

                     ligent Systems and Computing book series AISC, Springer, Vol. 980, pp 231-239, chapter 27, DOI: 10.

                     1007/978-3-030-19648-6_27, 2019.

                     Web of Science, Scopus, MTMT

          c16     Attila Albini, Gyula Mester and László B. Iantovics, Unified Aspect Search Algorithm, Interdisciplinary

      Description of Complex Systems, Indecs, DOI: 10.7906/indecs.17.1.4, Vol. 17, No. 1-A, pp. 20-25, 2019.

      MTMT

      “In order to determine the aspects measurement, validation and control topics should be studied [3-6],”

          c17     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

          c18     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Confe-

       rence INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Proce-

       edings published 31 December 2020, Vol. 63, Issue 60, pp. 1-6, DOI: 10.3390/proceedings2020063060,

       2020. MTMT

       „The vital basis for all this is the operation of appropriate information technology systems [9,10] and their

       control [11,12].”

          c19     Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^t International

       Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020,

       Proceedings 2020, Vol. 63, No. 1, pp. 1-7, DOI 10.3390/proceedings2020063050, Published: 25 Decem-

       ber 2020. MTMT

       „Structurally static motion can be modeled with the loops of cybernetics. This modeling leads to a system

       of differential equations with a static structure [15,16,17,18,19,20,21]. The mechanism of the interaction

       of the systems can be modeled with the model of cybernetic loops [15,16,19]. Finally, to model the inter-

       action of systems, it is worth borrowing the mechanism of action of the cybernetic loops used in control

       theory [15,16,17,18,19].”

          c20     Tajti Ferenc, Sensor Fusion and Motion Analysis for Mobile Robots with an Ethorobotics Approach, dis-

       szertáció, 130 p. Budapesti Műszaki és Gazdaságtudományi Egyetem, Budapest, Magyarország, 2017.

       MTMT

                     „For indoor localization, several vision and kinematics based methods and applications exist like [1], [2],

                     [3], [4] or [5]”.

          c21     Dammalapati Harshavardhan, Swamy Das M., An Applied Modular Approach to Build Scalable Mobile

                     Robots, in: Astya P. N., Singh M., Roy N. R., Raj G., (edit.), 2021 IEEE International Conference on

                     Computing, Communication and Intelligent Systems, ICCCIS 2021, Piscataway (NJ), USA: Institute of

                     Electrical and Electronics Engineers Inc., pp. 322-327, DOI: 10.1109/ICCCIS51004.2021.9397087, 2021.

                     Web of Science, MTMT

          c22     Attila Albini, Dániel Tokody, Zoltán Rajnai, The Categorization and IT Security of Automated Vehicles,

                     in: Rajnai, Zoltán (edit.) Kiberbiztonság - Cyber Security: Tanulmánykötet a Biztonságtudományi Doktori

                     Iskola kutatásaiból Budapest, Magyarország, Óbudai Egyetem, Bánki Donát Gépész és Biztonságtechnikai

                     Mérnöki Kar, pp. 229-235, 2018. MTMT

          c23     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Interdiscipli-

                     nary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 20, No. 1, pp. 44-

                     49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c24     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      MTMT      

          c25     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c26     Ababii Victor, Sudacevschi Viorica, Alexei Victoria, Melnic Radu; Bordian Dimitrie; Nistiriuc Ana, Fuzzy

                     Sensor Network for Mobile Robots Navigation, 2019 International Conference on Electromechanical and

                     Energy Systems (SIELMEN), Craiova, Romania, pp. 1-4, DOI:10.1109/SIELMEN.2019.8905829, ISBN

                     978-1-7281-4011-7, 2019. MTMT

          c27     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in Obtaining Information,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 17, Issue 3-A, pp. 438-443, DOI: 10.7906

                     /indecs.17.3.2, 2019. MTMT

                     „Social engineering is a methodology that involves obtaining information, processing information in a

                     targeted way [16], influencing decision-making [9, 10], and forcing organizational change [17].”

          c28     Péter Miksa Hell and Péter János Varga, Drone Systems for Factory Security and Surveillance, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 17, Issue 3-A, pp. 458-467, DOI: 10.7906/indecs.17.

                     3.4, 2019. MTMT

          c29     Attila Albini, Dániel Tokody and Zoltán Rajnai, Theoretical Study of Cloud Technologies, Interdisciplina-

                     ry Description of Complex Systems, Indecs, Vol. 17, Issue 3-A, pp. 511-519, DOI: 10.7906/indecs.17.3.

                     11, 2019. MTMT

                     „One of the features of reliability is availability [6, 7].”

          c30     Mohanty, P.K., Singh, A.K., Kumar, A., Mahto, M.K., Kundu, S., Path Planning Techniques for Mobile

                     Robots: A Review. In: Abraham, A., et al. Proceedings of the 13^th International Conference on Soft Com-

                     puting and Pattern Recognition (SoCPaR 2021). SoCPaR 2021. Lecture Notes in Networks and Systems,

                     Vol 417, ISBN 978-3-030-96301-9, Springer, Cham. DOI: 10.1007/978-3-030-96302-6_62, 2022. MTMT

          c31     Manoj Kumar Muni, Dayal R. Parhi, Priyadarshi Biplab Kumar and Asita Kumar Rath, Navigational Ana-

                     lysis of Multiple Humanoids Using a Hybridized Rule Base-Sugeno Fuzzy Controller, International Journal

                     of Humanoid Robotics, Vol. 17, No. 04, 2050017, DOI: 10.1142/S0219843620500176, 2020. MTMT

          c32     Assefinew Wondosen, Dereje Shiferaw, Fuzzy Logic Controller Design for Mobile Robot Outdoor Navi-

                     gation, arXiv:2401.01756, DOI: 10.48550/arXiv.2401.01756, 2024. MTMT

          c33     Deepak, B. B. V. L., Design and Development of an Automated Mobile Manipulator for Industrial

                     Applications, PhD thesis, 2015. MTMT

          c34     Abdulrahman A. A. Emhemed, Investigation in Two Wheels Mobile Robot Movement: Stability and Moti-

                     on Paths, International Journal of Robotics and Automation (IJRA), Vol. 2, No. 2, pp. 45-49, ISSN: 2089-

                     4856, June 2013. MTMT

          c35     Poliarus Oleksandr Vasilievich, Evhen Oleksandrovych Poliakov, The Problem of Using Landmarks for

                     the Navigation of Mobile Autonomous Robots on Unknown Terrain, Control and Signal Processing Appli-

                     cations for Mobile and Aerial Robotic Systems, IGI Global Scientific Publishing, pp. 286-308, DOI: 10.

                     4018/978-1-5225-9924-1.ch008, 2020. MTMT

          c36     Nathad, Ammar, Jaya Rajwani, A Novel Clutch Coupled Nonholonomic Wheeled Mobile Robot Mecha-

                     nism to Mechanically Minimize Deduced Reckoning Error. In 2017 IEEE International Symposium on

                     Robotics and Intelligent Sensors (IRIS), pp. 284-289, DOI: 10.1109/IRIS.2017.8250136, IEEE, 2017.

                     MTMT

          c37     Harshavardhan Dammalapati, M. Swamy Das, An Applied Modular Approach to Build Scalable Mobile

                     Robots, 2021 International Conference on Computing, Communication, and Intelligent Systems (ICCCIS),

                     Greater Noida, India, pp. 322-327, DOI: 10.1109/ICCCIS51004.2021.9397087, 2021. MTMT

          c38     Михайлов, Евгений Павлович and Богдан Сергеевич Ременюк, Реализация перемещения мобил-

                     ьного робота в автоматизированном складе. Electrotechnic and Computer Systems, 23 (99), pp. 121-

                     126, 2016. MTMT

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                     Sustainability, pp. 172, 2023. MTMT

          c40     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c41     Михайлов, Е. П., and Б. С. Ременюк, Оптимизация перемещения мобильного робота в автомат-

                     изированном складе. Електротехнічні та комп’ютерні системи, Vol. 23, pp. 121-126, 2016. MTMT

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                     Khoa học và Công nghệ Việt Nam, Vol.  57, No. 11, 2015. MTMT

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          c1       Yi-Jen Mon, Chih-Min Lin, Imre J. Rudas, ANFIS-based Wireless Sensor Network (WSN) Applications for

                     Air Conditioner Control, Acta Polytechnica Hungarica Vol. 10, Issue 3, pp. 5-16, ISSN 1785-8860, 2013.

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       networks topologies are star, tree and mesh network topologies, which are provided by a framework of

       application programming interfaces (API) in the application layer [2-10].”

          c2       Gyorgy Csaba; Laszlo Somlyai, Zoltan Vamossy, Mobile Robot Navigation in Unknown Environment

                     Using Structured Light, Proceedings of the 3^rd IEEE International Symposium on Logistics and Industrial

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       Scopus, MTMT

       “The autonomous operation has two main problems, perception of the environment and planning the root

       [1][2][3].”

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                     tion for BLDC Drives, Proceedings of the 12^th IEEE International Symposium on Computational Intelli-

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                     1109/SAMI.2012.6208934, Herl'any, 26-28 January 2012.

       IEEE Xplore, Scopus, MTMT

       “After the navigation can be visible the path [4], [5], [6].”

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                     Design of a Class of Nonlinear Discrete-Time MIMO Fuzzy Control Systems, Acta Polytechnica Hungarica

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                     Real-time Assembly, The International Journal of Advanced Manufacturing Technology, Springer-Verlag,

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                     September 2012.

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       “Article [8] describes a wireless, automated control system for avoiding obstacles. The two-wheel driven

       mobile robot can navigate in an unknown environment using a fuzzy method based on nine rules.”         

          c10     Simon Janos, Istvan Matijevics, Remote Control of Anthropomorphic Robotic Platform for Socially Accep-

                     table and Adequate Interaction in Human’s Working Environment, Proceedings of the SIP 2012, 30^th Inter-

                     national Conference Science in Practice, pp. 103-107, ISBN 978-963-7298-53-0, Pécs, Hungary, October

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          c13     Md. Abdullah Al Ahasan, SK. Alamgir Hossain, Ahsan Ullah Siddiquee, Md. Mahbubur Rahman,

       Obstacles Invariant Navigation of an Autonomous Robot Based on GPS, Proceedings of the 15^th  Inter-

                     national Conference on Computer and Information Technology (ICCIT), pp. 524-532, DOI 10.1109/ICCI

                     Techn.2012.6509782, ISBN: 978-1-4673-4833-122-24, Chittagong, Bangladesh, 22-24 Dec. 2012.

       Google Scholar: 4508676008414953196, MTMT

       “Autonomous robots [1] are robots that can perform desired tasks in unstructured environments [2] with-

       out continuous human guidance [3], [4].”

          c14     Aleksandar Rodic, Gyula Mester, Sensor-based Navigation and Integrated Control of Ambient Intelligent

                     Wheeled Robots with Tire-Ground Interaction Uncertainties, Acta Polytechnica Hungarica, Journal of

                     Applied Sciences, Vol. 10, Issue 3, pp. 113-133, http://www.uni-obuda.hu/ journal/Rodic_Mester_41.pdf,

                     impakt faktor: 0.588, DOI: 10.12700/APH.10.03.2013.3.9, Budapest, Hungary, 2013. MTMT

       Web of Science: 000322356200008, Scopus, Google Scholar: 17777528545518539994.

          c15     Livija Cveticanin, Gyula Mester and Istvan Biro, Parameter Influence on the Harmonically Excited Duf-

                     fing Oscillator,  Acta Polytechnica Hungarica Vol. 11, Issue 5, pp. 145-160, Budapest, Hungary, 2014.

      http://www.uniobuda.hu/journal/Cveticanin_Mester_Biro_51.pdf.

       Web of Science: 000340689800009, Scopus, Google Scholar: 7318056343682757129, MTMT

       “Using the theoretical consideration of the excited vibration of non-linear systems, it is to be expected that

        the obtained results have to be highly repeatable and to satisfy certain rules (see [1]-[13] and References

        mentioned in them).”

          c16     István Nagy,  From Exploring to Optimal Path Planning: Considering Error of Navigation in Multi-

                      Agent Mobile Robot Domain, Acta Polytechnica Hungarica, Vol. 11, Issue 6, pp. 39-55, ISSN 1785-8860,

                      Budapest, Hungary, 2014.

        Web of Science, Scopus, MTMT

        “ In the research field of mobile-robot systems, a large amount of papers have been published related to

        intelligent navigation or parking systems [10]. “ http://www.uniobuda.hu/journal/Nagy_52.pdf

           c17     Gyorgy Csaba, Improvement of an Adaptive Fuzzy-Based Obstacle Avoidance Algorithm Using Virtual

                      and Real Kinect Sensors, Proceedings of the 2013 IEEE 9^th International Conference on Computational

                      Cybernetics (ICCC), pp. 113-120, ISBN: 978-1-4799-0060-2, DOI: 10.1109/ICCCyb.2013.6617572,

                      Tihany, Hungary, 8-10 July 2013.

                      Web of Science: 000335378100021, Scopus, Google Scholar: 12011910951453900169, MTMT  

                      “Most of the resources that describe fuzzybased robot controlling systems deal with rule sets for twowhe-

        eled vehicles ([7], [8]); controls like this are already being used in traditional systems since quite a while

        now ([9]). “

          c18     Janus S. Liang, Kuo-Ming Chao, Paul Ivey, VR-based Wheeled Mobile Robot in Application of Remote

                     Real-time Assembly, International Journal of Advanced Manufacturing Technology, Springer-Verlag, Vol.

                     64, Issue 9-12, pp. 1765-1779, Print ISSN 0268-3768, Online ISSN 1433-3015, DOI: 10.1007/s00170-

                     012-4140-1, 2013-02-01.

       Web of Science: 000315392900048, MTMT

         c19     Oscar Montiel, Roberto Sepúlveda, Ignacio Murcio, Ulises Orozco-Rosas, Geo-Navigation for a Mobile

                     Robot and Obstacle Avoidance Using Fuzzy Controllers, Series Title: Studies in Computational Intelligen-

                     ce, Book Title: Recent Advances on Hybrid Approaches for Designing Intelligent Systems, part V, Series

                     Vol, 547, Series ISSN 1860-949X, ISBN 978-3-319-05169-7, pp. 647-669,  Springer International Publis-

                     hing, 2014.

      Web of Science, Google Scholar: 4889013167695717678, MTMT

          c20     S. Renault, Ziggy and Zimbili, Robotic Platform for Mechatronics Learning and Research, Proceedings of

                     the IEEE 2014 10^th France-Japan/ 8^th Europe-Asia Congress on Mecatronics, DOI: 10.1109/Mecatronics.

                     2014.7018565, ISBN 978-1-4799-5717-0/14/$31.00 ©2014 IEEE, pp. 116-120, 9-12 November 27-29,

                     2014, Tokyo, Japan.

       Web of Science, MTMT

       “These are two wheels robots because they are relatively simple to control and easy to model [7],[8],[9].”

          c21     Gyula Mester, „Személyi robotikai platformok fejlesztése és alkalmazása”, VMTT Konferencia, konferen-

       cia-kiadvány, pp. 572-579, ISBN 978-86-88077-03-3, Újvidék, Szerbia, 2011 november 12. MTMT

          c22     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin of

       of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067-3809, 2015. MTMT

          c23     Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011 (könyvfejezet). MTMT

          c24     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

       Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c25     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, ISSN

                     1334-4684, e-ISSN 1334-4676, 2016.

                     Web of Science, MTMT

                     „This arrangement is chosen so that gyroscopic effects and aerodynamic torques are canceled in trimmed

                     flight [17-20].”

          c26     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.

                     7906/indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c27     Gyula Mester, New Trends in Education of Robotics, TREND 2016, XXII Skup Trendovi Razvoja “Nove

                     Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

                     Zlatibor, Serbia, 16-19.02.2016. MTMT

          c28     Claudia Cruz Martinez, Navegacion Reactiva Difusa Usando Datos de Profundidad del Sensor Kinect,

                     thesis, p. 117, Dria Badillo, Santo Domingo Tehuantepec, Oaxaca, Mexico. Marzo 2014. MTMT

                     „Los sistemas de navegaci´on reactiva basados en control difuso han sido explorados en diferentes

                     trabajos durante los ´ultimos a˜nos [5, 6, 25–33], difiriendo uno de otro en los algoritmos de procesami-        

                     ento de la informaci´on, tipo de sistema de inferencia, el conjunto de reglas, las funciones de membres´ıa,

                     variables de entrada y salida, o en el tipo de sensor que se utiliza para la adquisici´on de informaci´on del

                     ambiente. El trabajo “Intelligent mobile robot motion control in unstructured environments” [26] imple-

                     menta un sistema de control para la navegaci´on en ambientes no estructurados sobre un robot Khepera

                     utilizando un controlador difuso y sensores ultras´onicos para la detecci´on de objetos pr´oximos.” 

        c29     D. Vidhyaprakash, A. Elango, Studies on Affecting Factors of Wheel Slip and Odometry Error Real-Time

      of Wheeled Mobile Robots: A Review, World Academy of Science, Engineering and Technology, Internati-

                     onal Journal of Mechanical, Aerospace, Industrial, Mechatronic and Manufacturing Engineering, Vol.10,

       Issue 7, pp. 1319-1326, http://www.waset.org/publications/10006205, 2016. MTMT

          c30     Turki Y. Abdalla, Adaptive Fuzzy FOPID Control Scheme for Path tracking of Mobile Robot, International

                     Journal of Computer Applications Foundation of Computer Science (FCS), NY, USA, Vol. 181, Issue 22,

                     pp. 1-5, DOI: 10.5120/ijca2018917887, 2018. MTMT

                     “They can be found in wide areas such as industry, ports and agriculture [1].”

          c31     Zoltan Gobor, Peter Odry, Annamaria R. Varkonyi-Koczy, Preliminary Considerations in the Design of a

                     Sensor for Improving the Reference Trajectory Calculation for the Individual Leg of a Hexapod, Proceed-

                     ings of the IEEE 16^th International Symposium on Intelligent Systems and Infomatics, SISY 2018, ISBN:

                     978-1-5386-6842-9, DOI: 10.1109/SISY.2018.8524858, pp. 57-62, Subotica, Serbia 13-15 Sept. 2018.

                     Web of Science, Scopus, MTMT

          c32     György Csaba, László Somlyai, Zoltán Vámossy, Mobil Robot Navigation using 2D LIDAR, Proceedings

                     of the IEEE 16^th World Symposium on Applied Machine Intelligence and Informatics (SAMI), pp. 143-

                     148, ISBN: 9785386-4773-8, DOI: 10.1109/SAMI.2018.8324002, Kosice, Slovakia, 7-10 Feb. 2018.

                     IEEE Xplore, Web of Science, Scopus, MTMT

          c33     Sreejith M. A., Vivek S., K., Vimal Kumar S. N., Spy Robot Wireless Video Surveillance using Arduino,

                     International Journal of Recent Trends in Engineering & Research (IJRTER), Vol. 05, Special Issue 07,

                     pp. 224-227, DOI: 10.23883/IJRTER.CONF.20190304.039.K59MO, ISSN: 2455-1457, 2019. MTMT

                     „Gyula Mester’s paper presents motion control in unstructured environments for mobile robots it proposes

                     a fuzzy control of a wheeled mobile robot motion in unstructured environments with obstacles and slopes.”

          c34     Turki Y. Abdalla, Fuzzy Fine Tuning of an Optimized PID Control Scheme for Mobile Robot Trajectory

                     Tracking, International Journal of Computer Applications, Vol. 181, No. 19, pp. 15-19, DOI: 10.5120/ijca

                     2018917875, ISBN: 973-93-80899-29-9, 2018. MTMT

                     „They can be found in wide areas such as industry, ports and agriculture, because they have a good

                      loading capability [1].”

          c35     Claudia Cruz Martínez, Ignacio Algredo Badillo, J. Jesús Arellano Pimentel, Ernesto Cortés Pérez,

                     Francisco Aguilar Acevedo, Luis Alberto Morales Rosales, Sistema de Navegación Reactiva Difusa para

                     Giros Suaves de Plataformas Móviles Empleando el Kinect Fuzzy Mobile Reactive Navigation System

                     for Smooth Turns by Using Kinect, ReCIBE. Revistas Electrónica de Computación, Informática,

                     Biomedicina y Electrónica, Vol. 5, Issue 3, pp. 1-26, ISSN: 2007-5448, Mexico, 2016. MTMT

                     „Algunos trabajos (Mester, 2010; Bueno & Rios, 2008; Villaseñor et al., 2010; Parra, Ríos, & Bueno,

                     2007) emplean sensores ultrasónicos y un control difuso con sistemas de inferencia tipo Mamdani;

                     predominan las funciones de membresía tipo triangular, algunas veces en combinación con funciones de

                     membresía tipo gaussiana y trapezoidal; estos trabajos emplean una navegación  reactiva a base de

                     comportamientos.

          c36     Mohammed AH Ali and Musa Mailah, A Simulation and Experimental Study on Wheeled Mobile Robot

                     Path Control in Road Roundabout Environment, International Journal of Advanced Robotic Systems,

                     Vol. 16, Issue 2, pp. 1-17, paper: 1729881419834778, DOI: 10.1177/1729881419834778, 2019.

                     Web of Science, MTMT

                     „A cross-coupling method is used in a differential drive system for controlling the velocity of both

                     motors, in which the control loop of each motor uses the position error of the other one.”

          c37     Gyula Mester, Ranking Baltic States Researchers, Interdisciplinary Description of Complex Systems,

                     Indecs, Vol. 15, Issue 3, pp. 174-179, DOI 10.7906/indecs.15.3.1, 2017.

                     Web of Science, MTMT

                     “A cross-coupling method is used in a differential drive system for controlling the velocity of both

                     motors, in which the control loop of each motor uses the position error of the other one.7”

          c38     Chen Suxia, Lv. Kuanzhou, Huang Quanzhen, Huang Mingming, Design and Research of Intelligent

                     Mobile Robot Based Phone Wireless WIFI Control, Journal of Computational and Theoretical  Nanosci-

                     ence, Vol. 13, Issue 3, pp. 1939-1943, DOI: 0.1166/jctn.2016.5137, 2016.

                     Scopus, MTMT

          c39     Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

      Indecs, Interdisciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 16,

      No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

      Web of Science, MTMT

          c40     Ignacio Algredo-Badillo, Luis Alberto Morales-Rosales, Carlos Arturo Hernández-Gracidas, Ernesto

      Cortés-Pérez J, Jesús Arellano Pimentel, Self-navigating Robot based on Fuzzy Rules Designed for

                    Autonomous Wheelchair Mobility, International Journal of Computer Science and Information Security,

      Vol. 14, Issue 12, pp. 11-19, ISSN 1947-5500, 2016. MTMT

          c41     Hemesh Sawakar, Shantanu Shingate, Amit Kanojia, Gaurav Hajare, Wireless Surveillance Robot using

                     Automatic & Manual Control, International Research Journal of Engineering and Technology, Vol. 4,

                     Issue 10, pp. 1673-1676, ISSN: 2395-0056, 2017. MTMT

                     “[3] Gyula Mester’s paper presents motion control in unstructured environments for mobile robots it

                     proposes a fuzzy control of a wheeled mobile robot motion in unstructured environments with obstacles.”

          c42     Ningombam D., Singh A., Chanu K. T., Multipurpose GPS Guided Autonomous Mobile Robot, in: Saeed

                     K, Chaki N., Pati B., Bakshi S., Mohapatra D., (edit.), Progress in Advanced Computing and Intelligent

                     Engineering. Advances in Intelligent Systems and Computing, Singapore, Springer International Publisc-

                     ing, pp. 361-372, Vol 564, DOI: 10.1007/978-981-10-6875-1_35, ISBN 978-981-10-6874-4, 2018.

                     Web of Science, MTMT

          c43     Nada Badr Jarah, Simulation of Autonomous Mobile Robot Using Fuzzy Logic, Journal of AL-Qadisiyah

                     for computer science and mathematics, Vol. 10, Issue 2, pp. 47-58, DOI: 10.29304/jqcm. 2018.10.2.373,

                     ISSN 2074-0204, 2018. MTMT

                     “On mines and space, in nuclear reactors or in an environment containing toxic gases. Autonomous mobile

                     robots are capable of accomplishing tasks with higher precision than human performance, and mobil.”

          c44     Kornélia Lazányi, Generation Z and Y-are they Different, when it Comes to Trust in Robots? in: Szakál

                     Anikó, (edit.), INES 2019, IEEE 23^nd International Conference on Intelligent Engineering Systems, proce-

                     edings, pp. 191-194, DOI: 10.1109/INES46365.2019.9109508, Budapest, Magyarország, 2019.

                     Scopus, MTMT

          c45     Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Contr-

                     rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment, in:

                     Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Internation-

                     nal Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-32709-5,

                     2020.

                     Scopus, MTMT

          c46     János Simon, Monika Trojanová, Alexander Hošovský, József Sárosi, Neural Network Driven Automated

                     Guided Vehicle Platform Development for Industry 4.0 Environment, Tehnicki Vjesnik-Technical Gazette,

                     Vol. 28, Issue 6, pp. 1936-1942, DOI: 10.17559/TV-20200727095821, 2021.

                     Web of Science, Scopus, MTMT

          c47     Asad Muhammad Usman, Gu Jason, Farooq Umar, Dey Rajeeb, Balas Valentina E., Abbas Ghulam,

                      Intelligent Obstacle Avoidance Controller for QBot2, IFAC-PapersOnLine, Vol. 55, Issue 1, pp. 120 -125,

                      DOI: 10.1016/j.ifacol.2022.04.020, 2022.

                      Web of Science, MTMT

          c48     V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018, 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018. MTMT

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

          c49     Mustafa Ozkan Yerebakan, Boyi Hu, Human–Robot Collaboration in Modern Agriculture: A Review of

                     the Current Research Landscape, Advanced Intelligent Systems, Vol. 6, Issue 7, DOI: 10.1002/aisy.

                     202300823 July 2024. MTMT

          c50     Guangya Chen, Huifang Wu, Optimization Simulation of Sports Stadium Training Based on Ant Colony

                     Algorithm and Sensor Network, Measurement: Sensors, Vol. 33, DOI: 10.1016/j.measen.2024.101100,

                     ISSN 2665-9174, June 2024. MTMT

          c51     Mammadova, Kifayat and Aliyeva, Aytan, Intelligent Control System of Multi-motion Mobile Robot, Pro-

                     ceedings of Azerbaijan High Technical Educational Institutions Journal, DOI: 10.2139/ssrn.4662890, 11

                     pages, December 12, 2023. MTMT

          c52     Bayar, Gökhan, Trajectory Tracking Control of Unmanned Ground Vehicles in Mixed Terrain, Ph.D. –

                     Doctoral Program, Thesis,  Middle East Technical University, 2012. MTMT

          c53     Alexandra-Iulia Stînean, Stefan Preitl, Radu-Emil Precup, Claudia-Adina DragoŞ, Mircea-Bogdan Rădac,

                     and Emil M. Petriu, State Feedback Fuzzy Control Solution for BLDC Drives, IEEE 12^th International 

                     Symposium on Computational Intelligence and Informatics (CINTI), pp. 85-90, DOI: 10.1109/CINTI.

                     2011.6108477, Print ISBN: 978-1-4577-0044-6, Budapest, Hungary, 21-22 November 2011. MTMT

             c54     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c55     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c56     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c57     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c58     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c59     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c60     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c61     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c62     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c63     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

C67. Gyula Mester, Sensor-Based Control of Autonomous Wheeled Mobile Robots, Ipsi BgD

Transactions on Internet Research, TIR, Vol. 6, No. 2, pp. 29-34, ISSN 1820-4503, New York,

Frankfurt, Tokio, Belgrade, 2010.  

http://internetjournals.net/journals/ tir/2010/July/Paper%2004.pdf. MTMT 37/55 GS cit. 77

Web of Science: 000421325600004, Google Scholar: 3397126282723087621, Research Gate:

228896735, MTMT: 1670745.

          c1       Dragan Z. Saletic, Milica Savic, Andrej Zurovac, Improvement in Implementation of Fuzzy Decision Mak-

       ing in Determining the Severity of Respiratory Distress, Proceedings of the SISY 2010, IEEE 8^th Internati-

       onal Symposium on Intelligent Systems and Informatics, pp. 47-52, ISBN: 978-1-4244-7394-6, DOI: 10.

       1109/SISY.2010.5647101, Subotica, Serbia, September 10-11, 2010.

       ’One of these areas is a construction of mobile robot [15]’. MTMT

          c2       Sandor Csikos, Robot Remote Control Over the Internet, Proceedings of the SIP 2010, 28^th International

                     Conference Science in Practice, pp. 41-43, Subotica, Serbia, June 3-4, 2010. MTMT

          c3       Dragan Z. Saletic, Uros Popovic, Design of Fuzzy Controllers Based on Automatic Selection of Member-

                     ship Functions Shapes, Proceedings of the 10^th Symposium on Neural Networ Applications in Electrical

                     Engineering, Neurel 2010, pp. 131-136, ISBN: 978-1-4244-8821-6, DOI: 10.1109/NEUREL.2010.5644

                     090, Belgrade, Serbia, September 23-25, 2010. MTMT

          c4       Janos Simon, Istvan Matijevics, Simulation and Implementation of Mobile Measuring Robot Navigation

                     Algorithms in Controlled Microclimatic Environment Using WSN, Proceedings of the SISY 2011, 9^th IEEE

                     International Symposium on Intelligent Systems and Informatics, pp 275-279, ISBN: 978-1-4577-1973-8,

                     Subotica, Serbia, September 8-10, 2011. MTMT

          c5       Dusko Katic, Cooperative Multi Robot Systems for Contemporary Shopping Malls, Vol. 8, No. 2, pp. 10-

                     17, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820- 

                     4503, New York, Frankfurt, Tokyo, Belgrade, http://internetjournals.net, 2012. MTMT

       “The main concept of multi-robot systems for shopping malls is based on the representation of a multi-

       purpose robotic system for service applications with advanced perception and action capabilities [20-23].

          c6       Annamária R. Várkonyi-Kóczy, A Complexity Reduced Hybrid Autonomous Navigation Method for In-

                     Door Robots, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Research, TIR,

                     Vol. 8, Issue 2, pp. 32-39, ISSN 1820 - 4503, New York, Frankfurt, Tokyo, Belgrade, 2012.

                     http://internetjournals.net. MTMT

       “In case of global navigation (see e.g. [3], [4]), only presupplied data are accessible while in case of local

       navigation (see e.g. [5], [6], [7]), only the sensory measurements are taken into account.”

          c7       Mester G., Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

       http://bmf.hu/ journal/ Mester25.pdf.

      Web of Science: 000290427600011, MTMT

          c8       Liang Janus, Chao Kuo-Ming, Ivey Paul, VR-based Wheeled Mobile Robot in Application of Remote Real-

                     time Assembly, International Journal of Advanced Manufacturing Technology, Springer London, Vol. 64,

                     Issue 9-12, pp. 1765-1779, ISSN: 0268-3768, DOI: 10.1007/s00170-012-4140-1, 2012.

       Web of Science: 000315392900048, Google Scholar: 13160061981181660265, MTMT

          c9       Simon Janos, Istvan Matijevics, Remote Control of Anthropomorphic Robotic Platform for Socially Accep-

                     table and Adequate Interaction in Human’s Working Environment, Proceedings of the SIP 2012, 30^th Inter-

                     national Conference Science in Practice, pp. 103-107, ISBN 978-963-7298-53-0, Pécs, Hungary, October

                     29-30, 2012. MTMT

          c10     Rajnai Zoltán, Elektronikus adatkezelő rendszerek kockázat elemzési módszerei, A Magyar Tudomány

                     Napja a Délvidéken 2014, VMTT, pp. 491-509, ISBN 978-86-88077-07-1, Újvidék, Szerbia, 2014.11.15.

                     MTMT

       “Kockázatelemzési programmal 2011-ben a szervezetek negyede rendelkezett, rendszeres mély IT kocká-

       zatfelmérést 40% végzett, míg 34% tervezte ezt végrehajtani. [5] [6]”

          c11     Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of the SIP

                     2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0, Subotica,

                     Serbia, June 3-4, 2010. MTMT

          c12     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex Sys-

       tems, Indecs, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47, 2015. MTMT

       “These controllers are sufficient to guarantee satisfactory navigation performances for the mobile robot in

       most of the navigation tasks, [15-20].”

          c13     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol. 13, Issue

                     1, pp. 26-33, DOI: 10.79 06/indecs.13.1.4, ISSN 1334-4684, 2015. MTMT

       “Robots make significant socioeconomic impacts to human lives [5, 6].”

          c14     Gyula Mester, Novi trendovi naučne metrike, uvodno predavanje, paper No. UP 1-3, pp. 23-30, Proceed-

                     ings of the XXI Skup Trendovi Razvoja: “Univerzitet u Promenama...”, pp. 23-30, Zlatibor, 23-26.02. 2015.

                     MTMT

          c15     Busra Koken, Gyula Mester, The Evolution of Cloud Robotics: A Survey, Acta Technica Corviniensis-

                     Buletin of Engineering, Tome VIII, Fascicule 2 (April-June), pp. 23-26, ISSN 2067-3809, University

                     Politehnica Timisoara, Faculty of Engineering Hunedoara, 2015. MTMT

          c16     János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots, Inter-

                     disciplinary Description of Complex Systems, Indecs, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.5, ISSN

                     1334-4684, pp. 34-40. 2015.

       Web of Science, MTMT

          c17     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1- 5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

  c18     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

                     Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c19     Mester Gyula, Szervizrobotok, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86-

                     88077-02-6, Újvidék, Szerbia, november 13, 2010.  MTMT

  c20     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-880

                     77-07-1, Újvidék, Szerbia, November 15, 2014. MTMT

          c21     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015. MTMT

          c22     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara

                     - International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584 – 2665, 2015.

                     Google Scholar: 4166784119968290350, MTMT

                     The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z) and

                     ψ defined so that position changes simultaneously along a unit cube main diagonal (1,1,1,) - (0,0,0,) while

                     performing a full circle rotation in jaw motion 0-2π.

          c23     Gyula Mester, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c24     K. Mohanalakshmi, B. Arun, NFC Signals Based on an Effective Mobile Robot Localization, Elysium Jo-

                     urnal of Engineering Research & Management, Vol. 2, Issue 3, pp. 1-5, P-ISSN: 2347-4408, E-ISSN: 23

                     47-4734, June 2015. MTMT

                     “The vehicle has two driving wheels and the angular velocities of the two wheels are independently cont-

                     rolled. When the vehicle is moving towards the target and the sensors detect an obstacle or slopes, an

                     avoiding strategy and velocity control are necessary [7].”

          c25     Jidhu Mohan M, Prashant Kumar Trpathi, K. V. Gangadharan, Smartphone Motion Sensor Controlled

                     Wireless Mobile Robot, 8^th International Control Instrumentation System Conference, CISCON-2011,

                     pp. 367-370, Manipal, India, November 3-6, 2011. MTMT

          c26     Zoltán Rajnai, Béla Puskás, Desision-Making Support Software Application Option for Critical Informa-

                     tional Infrastructures, Acta Technica Corviniensis – Bulletin of Engineering, Tome VIII, Fascicule 4

                     (October - December), pp. 89-93, ISSN 2067 – 3809, 2015. MTMT

          c27     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c28     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, No. 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.79

                     06/indecs.14.2.7, 2016.

                     Web of Science, MTMT

         c29     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.34

                     51.9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c30     Lukuman Abolore Yekinni, Ado Dan-Isa, Fuzzy Logic Control of Goal-Seeking 2-Wheel Differential Mo-

                     bile Robot Using Unicycle Approach, 2019 IEEE International Conference on Automatic Control and Inte-

                     lligent Systems (I2CACIS), pp. 300-304, DOI: 10.1109/I2CACIS.2019.8825082, ISBN: 978-1-7281-0784-

                     -4, Selangor, Malaysia, 29-29 June 2019.

          c31     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

          c32     Tajti Ferenc, Sensor Fusion and Motion Analysis for Mobile Robots with an Ethorobotics Epproach, 130

                     p. Budapesti Műszaki és Gazdaságtudományi Egyetem, Budapest, Magyarország, disszertáció, 2017.

                     MTMT

                     „These functions are running with the consideration of different robot models [25], [26] and sensor values

                     getting information from the environment or the robot itself [27] to make sure the robot.”

          c33     Yekinni Lukuman Abolore, Dan-Isa Ado, Fuzzy Logic Control of Goal-Seeking 2-Wheel Differential Mo-

                     bile Robot Using Unicycle Approach, 2019 IEEE International Conference on Automatic Control and Inte-

                     ligent Systems, I2CACIS), pp. 300-304. DOI: 10.1109/I2CACIS.2019.8825082, 2019. Scopus, MTMT

          c34     Soumya Banerjee, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                     Questions, Interdisciplinary Description of Complex Systems, Indecs, Vol. 14, Issue 3, pp. 314-321, DOI

                     10.7906/indecs.14.3.4, ISSN 1334-4684, 2016.

                     Web of Science, MTMT

          c34     Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika21056-90D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c35     Zilahy Dalma, Az önvezető autók szociálpszihológiai aspektusai, in: Szalma, József (edit.) A Magyar Tu-

                     domány Napja a Délvidéken 2019: Csatlakozás az Európai Unióhoz - felkészülés a társadalomban és a

                     tudományban - Újvidék, Szerbia: Vajdasági Magyar Tudományos Társaság, Újvidék, pp. 429-436, ISBN:

                     978-86-88077-11-8, 2021. MTMT         

          c36     Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-17.02.

                     2022. MTMT

          c37     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c38     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c39     Jelena Pisarov, mBot kerekeken gördülő mobil robot irányítása, pp. 419-428, ISBN 978-86-88077-11-8,

                     konferencia kiadvány, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, december 14 2019.

                     MTMT

          c40     Bautista César, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transactions on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN 1820-4503, January 2022. MTMT

          c42     A. V. Putov, K. V. Ignatev and M. M. Kopichev, Infrared Camera Based Robot Position Determening and

                     Control System, 2^nd International Conference on Industrial Engineering, Applications and Manufacturing

                     (ICIEAM), pp. 1-4, DOI: 10.1109/ICIEAM.2016.7911556, ISBN: 978-1-5090-1323-4, Chelyabinks, Rus-

                     sia, 2016. MTMT

                     „Robot velocity output variable is expressed with two linguistic labels low and high with triangular

                     membership functions [3]–[5].”

          c43     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII Kandó konferencia kiad-

                     ványa, pp. 67-74, ISBN: 978-963-449-272-6, Óbudai Egyetem, Budapest, 2021 november 18-19. MTMT

        c44     Mиронюк A. B., Kриц A. A., Петухова M. C., Игнатьев K. B., Нейросетевые системы управления

                    движением робота, Kонференция: Ителлектуальные Cистемы, Управление и Mехатроника - 2017,

                    Севастополь, pp. 246-249, УДК: 004.896, 18–20 сентября 2017 - elibrary.ru MTMT

          c45     Медведев В.О.1, Медведев В.В., Pазработка нейросетевых систем управления движением робота с

                     учетом статического препятствия, Инновационные Подходы В Современной Науке, Сборник

                     статей по материалам XIV междунар. науч.-практ. конф.. Том № 2(14). Издательство: Общество с

                     ограниченной ответственностью "Интернаука", Москва, pp. 86-91, eLibrary ID: 32513263, 2018.

                     MTMT

          c46     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

             c47     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c48     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c49     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c50     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c51     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c52     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c53     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c54     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c53     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c54     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

C68. Gyula Mester, Intelligent Wheeled Mobile Robot Navigation, Jelenkori társadalmi és gazda-

sági folyamatok, Review of Economics and Rural Development Institute, V. Évfolyam, 1-2 szám,

pp. 258-264, ISSN: 1788-7593, University of Szeged, Szeged, Hungary, 2010.

Gyula Mester, Intelligent Wheeled Mobile Robot Navigation, Konferenciakiadvány Európai

Kihívások V, pp. 1-5, SZTE, Szeged, Hungary, 2009.

Research Gate, Google Scholar, MTMT.

          c1       Istvan Matijevics, Simon Janos, Autonomni mobilni robot kao merna stanica u okruzenju staklenika, Proc-

                     eedings of the Conference YUINFO 2010, pp. 1-4, ISBN 978-86-85525-05-6, Kopaonik, Serbia, 2010.

                     MTMT

          c2       Janos Simon, Goran Martinovic, Istvan Matijevics, WSN Implementation in the Greenhouse Environment

                     Using Mobile Measuring Station, International Journal of Electrical and Computer Engineering Systems,

                     Vol. 1, Issue 1, pp. 37-44, ISSN 1847-6996, Osijek, Croatia, June 2010. MTMT

          c3       Janos Simon, Istvan Matijevics, Implementation of Potential Field Method for Mobile Robot Navigation in

       Green-house Environment with WSN Support, Proceedings of the SISY 2010 IEEE 8^th International Sym-

       posium on Intelligent Systems and Informatics, pp. 319-323, ISBN: 978-1-4244-7394-6, DOI: 10.1109/

       SISY.2010.5647434, Subotica, Serbia, september 10-11, 2010. MTMT

          c4       Istvan Matijevics, Simon Janos, Control of Greenhouse’s Microclimatic Condition Using Wireless Sensor

                     Network, The IPSI BgD Transactions on Internet Research, Vol. 6, Issue 2, pp. 35-38, Belgrade Serbia,

                     2010. MTMT

          c5       Istvan Matijevics, Simon Janos, Autonomous Mobile Robot Measuring Station in Greenhouse  Environ-

                     ment, Proceedings of the SIP 2010, 28^th International Conference Science in Practice, pp. 167-170, ISBN

                     978-86-85409-53-0, Subotica, Serbia, June 3-4, 2010. MTMT

          c6       Istvan Matijevics, Web Based Remote Control of Mobile Robot with Video Stream Feedback, ICIST, pp. 

       28-31, ISSN: 2217-3269, 2011. MTMT

          c7       Simon János, Gogolák László, Greenhouse Microclimatic Control Strategy using WSN and Mobile Robot,

                     Robot, Proceedings of the International Conference Science in Practice SIP 2013, pp 1-6, Bremen, Germa-

                     ny, Oct. 27-29, 2013. MTMT

          c8       Janos Simon, Optimal Microclimatic Control Strategy Using Wireless Sensor Network and Mobile Measu-

                     ring Agent, Acta Agriculturae Serbica, Vol. XVIII, No. 36, pp. 111-121, ID: 203789324, 2013. MTMT

                     ” In a cluster, a wireless sensor node can transmit data to the base station and transmit instructions to the

                     control system (Gyula Mester, 2009).”

          c9       Janos Simon, Višekriterijsko neizrazito upravljanje mikroklimom plastenika pomoću autonomne mobilne

                     mjerne stanice, PhD Disertation, 162 pages, Sveučilište Josipa Jurja Strossmayera u Osijeku, Elektroteh-

                     nički Fakultet Osijek, mentor: Goran Martinović, 2013. MTMT

          c10     Istvan Matijevics, Simon Janos, Improving Greenhouse's Automation and Data Acquisition with Mobile

       Robot Controlled System via Wireless Sensor Network, In: Geoff V Merrett, Yen Kheng Tan (Edit.),

       Wireless Sensor Networks: Application-Centric Design. Rijeka: InTech, pp. 1-24, ISBN: 978-953-307-

                     321-7, 2010. MTMT

          c11     Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT

          c12     L. Cveticanin, Axial Vibration of a Robot Surgery Tentacle, Acta Technica Corviniensis – Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July-September), pp. 127-130, ISSN 2067-3809, 2015. MTMT

          c13     Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The use of Information Entropy in Extracting the

                     Irregularities of Autonomous Systems, Annals of Faculty of Hunedoara - International Journal of Emgi-

       neering, Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015. MTMT

       „Illustrative cases of functioning autonomous robotic systems in a broad class of environments are well

        covered in the existing literature, see e.g. [1-6].”

          c14     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015. MTMT

          c15     Janos Simon, Zlatko Covic, Data management of the Automomous Mobile Devices and Internet of Things,

                     Annals of Faculty of Hunedoara - International Journal of Engineering, Tome XIII, Fascicule 3, pp. 265-

                     268, ISSN: 1584-2665, August 2015. MTMT

       „The connection of vehicles or mobile robots to the Internet brings about a wealth of new possibilities

       an applications which bring new functionalities to the individuals and/or the making of transport easier

       and safer. In this context the concept of Internet of Vehicles (IoV) connected with the concept of Internet

       of Energy (IoE) represent future trends for smart transportation and mobility applications as depicted

       (described, shown, illustrated) on Figure 3 [5], [20-24].”

          c16     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara

                     International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584-2665, 2015.

       Google Scholar: 4166784119968290350, MTMT

       „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z)

       and ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) − (1,1,1),

       while performing a full circle rotation in jaw motion 0 – 2 π.”

          c17     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c18     Janos Simon, Optimal Microclimatic Control Strategy Using Wireless Sensor Network and Mobile

                     Measuring Agent, Proceedings of the 2^nd regional conference Mechatronics in Practice and Education

                     MECHEDU 2013, pp. 79-83, Subotica, Serbia, 2013 December 5 – 6. Acta Agriculturae Serbica, Vol.

                     18, Issue 36, pp. 111-121, 2013. MTMT

C69. I. Rudas, A. L. Bencsik, J. F. Bitó, Á. Szeghegyi, Gy. Mester, Inverse Entropy Based New

Fuzzy Logic Control Formalism, Bulletins for Applied Mathematics, BAM, Vol. 14, Issue 1, pp.

181-186, ISSN 0133-3526, Budapest, Hungary, 1995. Research Gate, MTMT.

 

C70. Gyula Mester, Szilveszter Pletl, Rugalmas robotok hibrid irányítása, Gép, Vol.55, Issue 6, pp.

37-38, ISSN0016-8572, Budapest, Hungary, 2004.

Research Gate, Google Scholar, MTMT.

          c1       Istvan Matijevics, Real and Remote Laboratories in Education, Proceedings of the International Sympo-

                     sium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Education, pp. 199-

                     202, Hunedoara, Romania, 2010. MTMT

          c2       Istvan Matijevics, Real and Remote Laboratories in Education, Annals of Faculty Engineering Hunedoara,

                     International Journal of Engineering, Tome IX, Fascicule 2, pp. 73-78, ISSN 1584 – 2665, pp. 129-132,

                     Hunedoara, Romania, 2011. MTMT

          c3       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c4       János Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

 

C71. Gyula Mester, Tibor Mester, Building Applications of XML Web Services, Annals of Faculty

Engineering Hunedoara - International Journal of Engineering, Tome 2, Fascicole 1, pp. 5-8, ISSN:

1584-2665, Timisoara, Romania, 2004.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c2       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

 

C72. Gyula Mester, Pletl Szilveszter, Lehel Szarapka, Fuzzy Control of RL-FJ Robots with Neural

Membership Functions, Bulletins for Applied Mathematics, 1063/94, pp. 231-238, ISSN 0133-3526,

Budapest, Hungary, 1994.

Research Gate, Google Scholar, MTMT.

          c1       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest

       University of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

C73. Gyula Mester, Pletl Szilveszter, Gizella Pajor, Adaptive Motion Control of Rigid-Link Flexible

Joints Scara Robots, Bulletins for Applied Mathematics, 966/94, pp. 63-72, ISSN 0133-3526,

Budapest University of Technology, Budapest, Hungary, 1994.

Research Gate, Google Scholar, MTMT.

          c1       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Gyula Mester, Pletl Szilveszter, Gizella Pajor: Neuronski kontroler SCARA robota. Zbornik radova Simpo-

                     zijum iz opste mehanike, pp. 83-90, Novi Sad, Jugoslovensko Drustvo za Mehaniku, Szerbia és Monteneg-

                     ro, 29-30.09.1994. MTMT

          c3       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

C74. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Csuklórugalmasság kihatása a robot-

manipulátorok adaptív irányítására, Bulletins for Applied Mathematics, BAM 877/93, pp. 167-172,

ISSN 0133-3526, Budapest University of Technology, Budapest, Hungary, 1993.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of  Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

C75. Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Pajor Gizella, Rugalmas csuklóval rendelkező

robotmanipulátorok dinamikai modellezése, Bulletins for Applied Mathematics, BAM 731/91,

ISSN 0133-3526, pp. 137-143, Budapest University of Technology, Budapest, Hungary, 1991.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter: Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c3       János Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol.15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

       „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

       reacts based on both the sensed information of the obstacles and the relative position of the target.”

 

C76. Zoltan Jeges, Gyula Mester, Branko Zuzic, Robotsteuerung mit Elastischen Gliedern unter

Verwendung von Modellen, Bulletins for Applied Mathematics, BAM 712/91, pp. 123-130, ISSN

0133-3526, Budapest, Hungary, 1991. Research Gate, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

C77. Jeges Zoltan, Mester Gyula, Modell referenciás adaptív iranyitás alkalmazásának lehetőségei

a robotírányitásában, Bulletins for Applied Mathematics, pp. 37-46, 1990.

C78. Gyula Mester, Vytautas Turla, Dynamik von Maschinenantrieben mit Dreistufigen Zahnrad

Getriebe, Bulletins for Applied Mathematics, BAM 583/88, pp. 319-324, ISSN 0133-3526,

Budapest, Hungaria, 1988. Research Gate, MTMT.

 

C79. Gajin Slobodan, Gyula Mester, Prilog resavanju problema dinamicke stabilnosti nelinearnih

parametarskih torzionih vibracija vratila elektromehanickih prenosnika, Zbornik radova Gradje-

vinskog fakulteta, No. 3, pp. 112-120, ISBN 86-80297-04-6, Subotica, Yugoslavia, 1986.

Research Gate, MTMT.

 

C80. Pavlović Miroljub, Gajin Slobodan, Gyula Mester, Prilog dinamici krutog plocastog temelja

na elasticnom sloju Vlasova-Leontijeva, Zbornik radova Gradjevinskog fakulteta, No. 3, pp. 70-78,

ISBN 86-80297-04-6, Subotica, Yugoslavia, 1986. Research Gate, MTMT.

 

C81. Gyula Mester at al., A gyalogos és kerékpáros balesetek okainak kutatása, Bulletins for Ap-

plied Mathematics, BAM 359/86, pp. 31-44, ISBN 86-80297-04-6, ISSN 0133-3526, Budapest,

Hungary, 1986. Research Gate, MTMT.

 

C82. Kuzmanovic Sinisa, Gyula Mester, Kovacević D., Maravic D., Motoros hajtóművek tengely-

végének megengedett terhelés kimutatása katalógus segitségével, Bulletins for Applied Mathe-

matics, BAM 335/85, ISSN 0133-3526, pp. 181-186, Budapest, Hungary, 1985.

Research Gate, MTMT.

 

C83. Lajos Kutri, Gyula Mester, Gajin Slobodan, Zoltan Jeges, Motoros hajtóművek nemlineáris

gerjesztett térbeli rezgései, Bulletins for Applied Mathematics, BAM 325/85, ISSN 0133-3526, pp. 51-

60, Budapest, Hungary, 1985.  Research Gate, MTMT.

 

C84. Gajin Slobodan, Folić Radomir, Gyula Mester, Mathematical Modeling of the Optimum Vib-

roisolation of a Discrete Mass Supported by a Plate on Elastic Base, Bulletins for Applied Mathe-

matics, BAM 321/85, ISSN 0133-3526, pp. 7-16, Budapest, Hungary, 1985.

Research Gate, MTMT.

 

C85. Gyula Mester, Lajos Kutri, Gajin Slobodan, A munkagép változó tehetetlenségi nyomatékának

és az áttétel változásának kihatása motoros hajtóművek csavarórezgéseire, Bulletins for Applied

Mathematics, BAM 251/84, pp. 80-89, ISSN 0133-3526, Budapest, Hungary, 1984.

Research Gate, MTMT.

 

C86. Gajin Slobodan, Pavlović Miroljub, Gyula Mester, Rugalmas talajon fekvő prizmatikus test

 állandósult csillapítatlan gerjesztett rezgései, KAMM füzetek, BAM 224/84, ISSN 0133-3526, pp.

133-141, Budapest, Hungary, 1984. Research Gate, MTMT.

 

C87. Gajin Slobodan, Pavlović Miroljub, Gyula Mester, A talaj geometriai nemlinearitásának

kihatása tömbalapok rezgésére, Bulletins for Applied Mathematics, BAM 254/84, ISSN 0133-3526, pp.

8-21, Budapest, Hungary, 1984. Research Gate, MTMT.

 

C88. Orlov G. Vera, József Detki, Gajin Slobodan, Gyula Mester, Beurteilung der Beschrankheit

 der Lösung für eine Gleichung der Oszillationstheorie. Bulletins for Applied Mathematics, BAM

216/84, ISSN 0133-3526, pp. 53-59, Budapest, Hungary, 1984. Research Gate, MTMT.

 

C89. Gyula Mester, Dirner Aleksandar, Izbor optimalne varijante hidraulicnog servo sistema,

KAMM Füzetek 229, BAM, ISSN: 0133-3526, pp. 211-220, Budapest, 1983.

Research Gate, MTMT.

C90. Gajin Slobodan, Gyula Mester, Pavlovic Miroljub, Eigenfrequencies of an Elastically

Supported and with Mass Points Weighted Bar, Bulletins for Applied Mathematics, BAM 138/82,

pp. 15-21, ISSN 0133-3526, Budapest, Hungary, 1982. Research Gate, MTMT.

 

C91. Gyula Mester, Prilog rešenju problema slobodnih prigušenih poprecnih oscilacija prizma-

ticnog stapa pri nelinearnom zakonu elasticnosti, Tehnika, No. 5, pp. 751-753, ISSN 0040-2176,

Savez inženjera i tehničara Srbije, Beograd, Jugoslavija, 1978. Research Gate, MTMT.

          c1       Gyula Mester, Lajos Kutri, Gajin Slobodan: Prilog dinamici elektromehanickih prenosnika. Zbornik rado-

                     va III. Jugoslovenskog Simpozijuma Kinematika i dinamika masina i mehanizama, IFToMM, B-12, pp.

                     231-240, Ljubljana, Yugoslavija, 25-27 septembar, 1981. MTMT

C92. Gyula Mester, Slobodne poprečne oscilacije prizmatičnog štapa pri nelinearnom zakonu

elastičnosti, pp. 85-95, Zbornik radova I, Institut za elektro i mašinsku automatiku, edit. Antun

Basic, Subotica, Jugoslavija, 1977. MTMT

C93. Gyula Mester, Prilog resenju problema nelinearnih torzionih oscilacija vratila, Tehnika, No

 9, pp. 1414-1415, ISSN 0040-2176, Savez inženjera i tehničara Srbije, Beograd, Jugoslavija, 1977.

Research Gate, MTMT.

          c1       Gyula Mester: Prilog rešenju problema slobodnih prigušenih poprecnih oscilacija prizmaticnog stapa pri

                     nelinearnom zakonu elasticnosti, Tehnika, No. 5, pp. 751-753, ISSN 0040-2176, Beograd, Jugoslavija, 1978.

                      MTMT

 

C94. Gyula Mester, A Variational Approach to the Problem of Free Damped Longitudinal Oscilla-

tions a Prismatic Beam with a Nonlinear Elastic Characteristic, Theoretical and Applied Mecha-

nics, No.3, pp. 53-57, ISSN 1450-5584, Yugoslavian Society of Mechanics, Belgrade, Jugoslavia,

1977. Research Gate, MTMT.

          c1       Gyula Mester, Prilog resenju problema nelinearnih torzionih oscilacija vratila, Tehnika, No. 9, pp. 1414-

                     1415, ISSN 0040-2176, Beograd, Jugoslavija, 1977. MTMT

          c2       Gyula Mester: Prilog rešenju problema slobodnih prigušenih poprecnih oscilacija prizmaticnog stapa pri

                     nelinearnom zakonu elasticnosti, Tehnika, No. 5, pp. 751-753, ISSN 0040-2176, Beograd, Jugoslavija, 1978.

                      MTMT

 

C95. Gyula Mester: Slobodne poprecne oscilacije prizmaticnog stapa pri nelinearnom zakonu

elasticnosti, Matematički Vesnik, Vol. 13 (28), No. 4, pp. 407-413, ISSN 0025-5165, Mathematical

Society of Serbia, Beograd, Jugoslavija, 1976. Research Gate, MTMT.

 

D.   Reviewed Conference Papers Published in Conference Proceedings

 

D1. Mester Gyula, The Ranking of Artificial Intelligence Researchers in Hungary, Proceedings of the XVII International Sciencific Conference Modern Education - Availability, Quality, Recogniti-on, pp. 60-64, ISBN 978-617-7893-14-0, Kramatorsk-Vinnytsia-Ternopil, Ukraine, November 12–13, 2025. MTMT 36455342

D2. Kovalevskyy S., Mester G., Dasic P., From Traditional Classrooms to the Educational Ecosys-tem of the Future: the Ukrainian Dimension of Digital Transformation, Proceedings of the XVII International Sciencific Conference Modern Education - Availability, Quality, Recognition, pp. 50-56, ISBN 978-617-7893-14-0, Kramatorsk-Vinnytsia-Ternopil, Ukraine, November 12-13, 2025.11.17. MTMT 36455259

D3. Gyula Mester, Samovozeći automobili 2025, XXIV Simpozijum sa međunarodnim učešćem

“Veštačenje saobraćajnih nezgoda i prevare u osiguranju”, Zbornik radova, ISBN 978-86-901646-8-4, pp. 208-212, Ivanjica, Srbija, 13-15. novembar 2025. MTMT 36455238

D4. Mester Gyula, A Mesterséges Intelligencia és a Matlab programcsomag alkalmazása önvezető autók irányítására, A Magyar Tudomány Napja a Délvidéken 2024 konferencia, Vajdasági Magyar Tudományos Társaság, pp. 1-7, ISBN 978-86-88077-13-2, 2024 november 16, Újvidék, Szerbia. MTMT

D5. Livija Cveticanin, István Biro, Gyula Mester, Investigation of Nonlinear Oscillating System.

In: ICoSTAF 2014 Conference, Szeged, Magyarország 2014.04.25. - 2014.04.25. MTMT

D6. Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, Zbornik radova XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju", pp. 261-265, Paper No. T 5.37, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024.MTMT

D7. Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, Zbornik radova XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju", pp. 309-312, Paper No. T 5.47, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

D8. Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia,

KSC2023, pp. 278-283, Budapest, Hungary, 2023 november 9-10. MTMT

D9. Gyula Mester, Pisarov Jelena , Dalma Zilahy, Césár Bautista, Tibor Mester, Tudományos közle-

mény azonosítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus

internetes adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest,

Hungary, 2023 november 9-10. MTMT

            c1       Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c2       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.  

                     13140/RG.2.2.32758.31043, 2025.

          c3       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c4       Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c5       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c6       Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c7       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c8       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025.

          c9       Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c10     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D10. Mester Gyula, Önvezető autók 2023, 13. Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia, rezümékötet, pp. 90, ISBN 978-86-89095-21-0, p. 110, 2023.04.23. MTMT

D11. Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 409-412, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c1       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c2       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c3       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

D12. Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 369-372, Paper No. T5.1-1, ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

 

D13. Mester Gyula, Újvidéki Egyetem kutatóinak 2022-es ranglistája, XXXVIII. Kandó Konferencia 2022, pp. 156-161, ISBN:9789634492986, 2022 november 3-4. https://konf2022.kvk.uni-obuda.hu/ MTMT

D14. Mester Gyula, Önvezető autók 2022, Vajdasági Magyar Tudományos Társasság, pp. 321-331, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2022.

D15. Mester Gyula, Autonóm repülő autók, VMAT Konferencia, pp. 1-9, Szabadka, Szerbia, 2022.

 

D16. Gyula Mester, Autonomni samovozeći robot automobili 2022, Zbornik radova konferencije YuInfo 2022, pp. 220-223, ISBN 978-86-85525-27-8, Kopaonik, Serbia, 13-16.03.2022. MTMT

 

D17. Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

 

D18. Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter, TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441, ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

D19. Gyula Mester, Odredjivanje identifikatora naučnih publikacija i i citata pomoću baze Google Scholar, In: Prof., Dr. Vladimir Katić (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, University of Novi Sad (2021) 470 p. pp. 415-418, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

 

D20. Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Prof., Dr. Vladimir Katić (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, University of Novi Sad, 470 p. pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

 

D21. Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz oblasti robotike u Mađarskoj i Srbiji, XXVII Skup Trendovi Razvoja: “On-Line Nastava na Univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 451-454, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

D22. César, Bautista, Gyula, Mester, Safety Analysis in Automotive Perception, In: Full Texts Book of the EJONS 13^th International Congress on Mathematics, Engineering, Natural and Medical Sciences, Cappadocia, Turkey, Iksad International Publishing House, Edited by Dr. Mehriban Emek, Nurlan Akhmetov, pp. 368-378, ISBN: 978-625-7464-40-6, October 26-27, 2021. MTMT

        c1       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c2       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c3       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-60

                     22-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c4       Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Srbija, 14-17. 02. 2022. MTMT

          c5       Césár Bauitista, Self-Driving Cars with Markovian Model-Based Safety Analysis, TREND 2022, XXVIII

                     Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 394-397, ISBN 978-86-6022-401-

                     1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c6       Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

  

D23. Milica D. Đekić, Mester Gyula, Kiberbiztonság, kiberműveletek vizsgálata, Magyar Tudo-

mány Napja a Délvidéken 2021, Vajdasági Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 235-245, Újvidék, Szerbia, november 13, 2021. MTMT

D24. Mester Gyula, Césár Bautista, A tárgyak internete - IOT az önvezető autókban, Magyar Tudo-mány Napja a Délvidéken 2021, Vajdasági Magyar Tudományos Társaság, ISBN 978-86-88077-13-2, pp. 265-271, Újvidék, Szerbia, november 13, 2021. MTMT

D25. Ivona Ninkov, Gyula Mester, The Absolute Necessity of Reconciliation and Protection of Human Rights and Technology in Era of the Frequent Abuse of Unmanned Aerial Vehicles, pp. 1-4, VIPS Conference 2020. MTMT

          c1       Ivona Ninkov, Self-Driving Car as a Legally Recognized Cyber-Physical System on Public Roads: Safety

                     and Security Aspects, Doctoral (PhD) Thesis Booklet, Óbuda University, Doctoral School on Safety and

                     Security Sciences, p. 30, Budapest, Hungary, 2023.

D26. Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társaság, on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14.

Research Gate, Google Scholar, MTMT

D27. Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudós-találkozó, pp. 110-121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26.

Research Gate, Google Scholar, MTMT

D28. Ady László, Tokody Dániel, Mester Gyula, Hudasi Luca Flóra, A komplex rendszerek kommunikáció vezérelt tervezése, Vajdasági Magyar Tudóstalálkozó, pp. 1-14, on - line konferencia, Szabadka, Szerbia, 2020.09.26.

Research Gate, Google Scholar, MTMT

D29. Gyula Mester, Rang lista robotičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja: Inovacije u Modernom Obrazovanju, Zbornik radova, UP pp. 559-562, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020.

Research Gate, Google Scholar, MTMT.

          c1       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021.

D30. Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020.

Research Gate, Google Scholar, MTMT

          c1       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021.

D31. Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.2-3, pp. 559-562, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020.

Research Gate, Google Scholar, MTMT.

          c1       Jelena Pisarov, On - Line polaganje kompleksnog ispita, In: Vladimir, Katić (edit.), XXVII Skup

                     Trendovi razvoja: “On-line nastava na univerzitetim”, Novi Sad, Szerbia, University of Novi Sad, pp.

                     229-232. Paper: paper No. UP4.1, 2021. MTMT

          c2       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, 2021. MTMT  

          c3       Jelena, Pisarov, Maja, Stojanović, VPYTHON u službi laboratorijskih vežbi iz fizike na Departmanu za

                     fiziku u Novom Sadu, In: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line nastava na

                     univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 419-422, 2021 MTMT

          c4       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c5       César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c6       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c7       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.

          c8       Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Prof., Dr. Vladimir

                     Katić (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia,

                     University of Novi Sad, pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021.

                     MTMT

          c9       Jelena L. Pisarov, Gyula Mester, The use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

                     Issue 2, pp. 171- 177, ISSN 0040-2176, 2021. MTMT

          c10     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c11     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

                     chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI: 10.4018

                     /978-1-6684-3694-3.ch048, 2022. MTMT

          c12     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                     394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c13     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c14     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

             c15     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c16     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c17     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c18     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c19     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c20     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c21     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c22     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c23     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c24     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research,TAR,  

                     Vol. 17, No. 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c25     Mester Gyula, Pisarov Jelena, Zilahy Dalma, Bautista Césár, Mester Tibor, Tudományos közlemény

                     azonosítójának-identifikátorának meghatározása a Google Scholar, Web of Science és Scopus internetes

                     adatbázisokban, XXXIX. Kandó Konferencia, KSC2023, pp. 259-264, Budapest, Hungary, 2023

                     november 9-10. MTMT

          c26     Jelena Pisarov, Önvezető autók okos városokban, European Smart Sustainable and Safe Cities Conference

                     (SSSCC 2020), Budapest, Hungary, Research Gate, pp. 1-6, 2020. MTMT

          c27     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudós-találkozó, pp.

                    110-121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c28     Gyula Mester, Rang lista istraživača u Srbiji 2022, Research Gate, pp. 1-9, 2022. MTMT

          c29     Gyula Mester, Simulation of Self-Driving Cars using Matlab Software Package 2024, Zbornik radova

                     XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                     pp. 309-312, Paper No. T 5.47, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih

                     Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

          c30     Mester Gyula, Google Scholar és Orcid honlapok kapcsolata, XXXIX. Kandó Konferencia, KSC2023, pp.

                     10. 02. 2024.278-283, Budapest, Hungary, 2023 november 9-10. MTMT

          c31     Gyula Mester, Igor Pisarov, European Research Group on Artificial Intelligence EURGAI, Zbornik radova

                     XXX skupa Trendovi razvoja 2024, "Nastavnici i saradnici kao centar promena u visokom obrazovanju",

                     pp. 261-265, Paper No. T 5.37, editor: Boris Dumnić, Univerzitet u Novom Sadu, Fakultet Tehničkih

                     Nauka, ISBN 978-86-6022-635-0, Vrnjačka Banja 7-10. 02. 2024. MTMT

          c32     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c33     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c34    Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                    13140/RG.2.2.24380.76169, 2025. MTMT

          c35     Jelena Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate, pp. 1-6, 2023.

                     MTMT

          c36     Mester Gyula, Matlab programcsomag alkalmazása önvezető autók irányítására, Research Gate, pp. 1-7,

                     2024. MTMT

          c37     Gyula Mester, Tudománymetria tudományterületi magyar kutatók 2021-es ranglistája 2021, Research

                     Gate, pp. 139-145, 2022. MTMT

          c38     Gyula Mester, Újvidéki Egyetem kutatóinak 2021-es ranglistája, Research Gate, pp. 146-152, 2022.

                     MTMT

          c39     Gyula Mester, Odredjivanje identifikatora naučnih publikacija i i citata pomoću baze Google Scholar, In:

                     Prof., Dr. Vladimir Katić (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”,

                     Novi Sad, Serbia, University of Novi Sad (2021) 470 p. pp. 415-418, ISBN 978-86-6022-313-7, Kopaonik,

                     Serbia, 15-18.02.2021. MTMT

 

D32. Gyula Mester, Woven City okos város, European Smart Sustainable and Safe Cities Conferen-ce, pp. 1-6, Óbuda University, Budapest, Hungary, 2020 January 31.

Research Gate, Google Scholar, MTMT

D33. Aleksandar Rodić, Gyula Mester and Xiangrong Xu, Design and Control of Human-Inspired Dual Arm Robotic System, in: Proceedings of the XXXV. Jubileumi Kandó Konferencia 2019 (JKK 2019), pp. 3-6, ISBN 978-963-449-163-7, Óbuda University, Budapest, Hungary, 14-15.11.2019. MTMT

          c1       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021.

D34. Mester Gyula, Önvezető autók fejlesztésének áttekintése, Vajdasági Magyar Tudóstalálkozó, Subotica, Serbia, p. 9, 2019. MTMT

https://vmat.rs/tudostalalkozok/szabadsag-es-tudomany-vajdasagi-magyar-tudostalalkozo-2019/

          c1       Géczi Zsombor, Járművek optimális lassítása a közlekedésben, Bánki Közlemények, Vol. 4, No. 1, pp.

      1-10, 2021.

 

D35. Gyula Mester, Jelena Pisarov, Dalma Zilahy, Magyarországi robotikai kutatók ranglistája, XXXV Jubileumi Kandó Konferencia JKK2019, konferencia kiadvány, pp. 224 – 232, ISBN 978-963-449-163-7, Óbuda University, Budapest, Hungary, 2019.11.14-15.  GS cit. 65

Research Gate, MTMT

          c1       Jelena Pisarov, On - Line polaganje kompleksnog ispita, In: Vladimir, Katić (szerk.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia: University of Novi Sad, pp. 229-232, pa-

                     per No. UP 4.1, 2021. MTMT

          c2       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, XXVII Skup Trendovi Razvoja: “On-Line Nastava na Univerziteti-

                     ma”, Novi Sad, Serbia, University of Novi Sad, pp. 451-454, ISBN 978-86-6022-313-7, Kopaonik, Serbia

                     15-18.02.2021. MTMT

          c3       Jelena Pisarov, Maja, Stojanović, VPYTHON u službi laboratorijskih vežbi iz fizike na Departmanu za fizi-

                     ku u Novom Sadu, In: Vladimir, Katić (edit.), XXVII Skup Trendovi razvoja: “On-line nastava na univerzi-

                     tetima”, Novi Sad, Serbia, University of Novi Sad, pp. 419-422, 2021. MTMT

          c4       Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c5       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c6       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim        

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c7       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c8       Jelena L. Pisarov, Gyula Mester, The use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

                     Issue 2, pp. 171-177, ISSN 0040-2176, 2021. MTMT

          c9       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c10     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

                     chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:10.4018/

                     978-1-6684-3694-3.ch048, 2022. MTMT

          c11     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, pp. 110-

                     121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c12     Pisarov, Jelena, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                     ISSN 1820-4511, July 2021. MTMT

          c13     Jelena Pisarov, 5G i samovozeci automobili, Trend 2020, XXVI Skup Trendovi Razvoja: “Inovacije u

                     Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T2.2-4, pp. 1-4, ISBN 978-86-6022-241-3,

                     Kopaonik, Serbia, 16-19.02.2020. MTMT

          c14     Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi

                     Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521,

                     ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c15     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társas-

                     ság, on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c16     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Vladimir Katić

                     (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, Univer-

                     sity of Novi Sad, 470 p. pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021.

                     MTMT

          c17     Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja:

                     “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.2-3, pp. 559-562, ISBN

                     978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c18     César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.  MTMTy

          c19     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI:10.7906/indecs. 21.2.8, ISSN

                     1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

          c20     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020, Vaj-

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

                     14. MTMT

          c21     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c22     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c23     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c24     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     3140/RG.2.2.32758.31043, 2025. MTMT

          c25     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c26     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c27     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c28     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c29     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c30     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c31     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c32     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c33     János Sánta, Artificial Intelligence Applied in Enterprise Resource Planning, Interdisciplinary Description

                     of Complex Systems, Indecs, Vol. 22, Issue 3, pp. 360-363, DOI: 10.7906/indecs.22.3.11, 2024. MTMT

          c34     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, No.  2, pp. 19-27, ISSN 1820 – 4511, 2021. MTMT

          c30     Jelena Pisarov, Önvezető autók okos városokban, Research Gate, pp. 1-6, 2020. MTMT

          c31     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, 2019. MTMT

          c32     Jelena Pisarov, 5G i samovozeći automobili, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obra-

                     zovanju”, Kopaonik, paper No. T.2.2-4, pp. 391-394, ISBN 978-86-6022-241-3, 16-19.02.2020. MTMT

          c33     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT                                                                                                                                       

          c34     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c35     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c34     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

D36. Gyula Mester, Jelena Pisarov, Endre Németh, Óbudai Egyetem rangsorolása a Webometrics 2019-es ranglistákon, XXXV Jubileumi Kandó Konferencia JKK2019, pp. 234-240, ISBN 978-963-449-163-7, Óbuda University, Budapest, Hungary, 2019.11.14-15.

Research Gate, MTMT.

          c1       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, In: Vladimir, Katić (edit.) XXVII Skup Trendovi

       razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

       Paper: paper No. UP4.1, 2021. MTMT

          c2       Jelena, Pisarov, Maja, Stojanović, VPYTHON u službi laboratorijskih vežbi iz fizike na Departmanu za fi-

                     ziku u Novom Sadu, In: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line nastava na

                     univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 419-422, 2021. MTMT

          c3       Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c4       Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,              

                     Serbia, 8 - 11. 02. 2023. MTMT

          c5       Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c6       Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c7       Jelena L. Pisarov, Gyula Mester, The use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

                     Issue 2, pp. 171-177, ISSN 0040-2176, 2021. MTMT

          c8       Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c9       Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

                     chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:10.4018/

                     978-1-6684-3694-3.ch048, 2022. MTMT

          c10     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on-line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c11     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Prof., Dr. Vladimir

                     Katić (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia,

                     University of Novi Sad, 470 p. pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021.

                     MTMT

          c12     Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja:

      “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.2-3, pp. 559-562, ISBN

      978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c13     César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                    554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c14     César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8,

                     ISSN 1334-4684, Croatian Interdisciplinary Society, 2023. MTMT

          c15     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c16     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c17     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c18     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c19     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c20     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c21     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c22     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c23     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c24     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c25     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c26     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c27     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c28     János Sánta, Artificial Intelligence Applied in Enterprise Resource Planning, Interdisciplinary Description

                     of Complex Systems, Indecs, Vol. 22, Issue 3, pp. 360-363, DOI: 10.7906/indecs.22.3.11, 2024. MTMT

          c29     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, No.  2, pp. 19-27, ISSN 1820 – 4511, 2021. MTMT

          c30     Jelena Pisarov, Önvezető autók okos városokban, Research Gate, pp. 1-6, 2020. MTMT

          c31     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, 2019. MTMT

          c32     Jelena Pisarov, 5G i samovozeći automobili, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obra-

                     zovanju”, Kopaonik, paper No. T.2.2-4, pp. 391-394, ISBN 978-86-6022-241-3, 16-19.02.2020. MTMT

          c33     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c34     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

D37. Jelena Pisarov, Gyula Mester, Programming the mBot Robot in School, Proceedings of the MechEdu International Conference & Workshop 2019, pp. 45-48, ISBN 978-86-918815-5-9, Subotica Tech, Subotica, Serbia, 12.12.2019.

Google Scholar: 13563414394808105654, MTMT.

          c1       S. Evripidou, K. Georgiou, L. Doitsidis, A. A. Amanatiadis, Z. Zinonos and S. A. Chatzichristofis, Educa-

       tional Robotics: Platforms, Competitions and Expected Learning Outcomes, in IEEE Access, Vol. 8, pp.

       219534-219562, Electronic ISSN: 2169-3536, DOI: 10.1109/ACCESS.2020.3042555, 2020. MTMT

       “This robot can easily be assembled or modified to create robots of different shapes, and it can be progra-

       mmed with software - like mBlock, Makeblock app, and mBlock [148].” „At the same time, they can de-

       velop their critical thinking and problem-solving skills [148].”

          c2       Luisa Greifenstein, Isabella Graßl, Ute Heuer, Gordon Fraser, Common Problems and Effects of Feedback

       on Fun When Programming Ozobots in Primary School, WiPSCE ’22, October 31-November 2, 2022,

       Morschach, SwitzerlandarXiv:2208.13456v1 [cs.SE] 29 Aug 2022. MTMT

          c3       Álvaro Itauna Schalcher Pereira, at. al.  Práticas exitosas de Robótica no Ensino Médio Integrado: Deve-

       lopment, Vol. 11, No. 14, pp. 1-12, e305111436302, ISSN 2525-3409 | DOI: 10.33448/rsd-v11i14.363022

       022, 2022. MTMT       

       ”Os usuários podem criar projetos usando uma interface semelhante a um bloco” (Pisarov & Mester, 2019,

       p.01),”

          c4       Agustín Rafael Martínez, A Language Based on Two Relations between Symbols, Proceedings of the 2022

       ACM SIGPLAN International Symposium on New Ideas, New Paradigms, and Reflections on Program-

       ming and Softwar, pp. 95–111, DOI: 10.1145/3563835.3567660, 2022. MTMT

          c5       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, In: Vladimir, Katić (edit.) XXVII Skup Trendovi

      Razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

      paper: No.UP4.1, 2021. MTMT

          c6       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “on-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

       Novi Sad, pp. 371-374, 2021. MTMT

          c7       Jelena Pisarov, Maja Stojanović, Vpython u službi laboratorijskih vežbi iz fizike na Departmanu za fiziku u

                     Novom Sadu, In: Vladimir, Katić (szerk.) XXVII Skup Trendovi razvoja: “On-line nastava na univerziteti-

                     ma”, Novi Sad, Serbia, University of Novi Sad, pp. 419-422, 2021. MTMT  

          c8       A. Codera Jr., C. Saulo, J. Caro, Preparing Students for the Future Through Robotics for K12, Proceedings

                     of the 15^th annual International Conference of Education, Research and Innovation, ICERI 2022, pp. 4185-

                     4194, ISSN: 2340-1095, DOI: 10.21125/iceri.2022.1016, Seville, Spain, 7-9 November, 2022. MTMT

          c9       Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c10     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c11     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c12     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Amanina Binti Muhamad Sanusi, Kerangka kecemerlangan bakat bekerja dalam kalangan pelajar teknik-

                     kal, Doctoral dissertation, Fakulti Pendidikan Teknikal Dan Vokasional Universiti Tun Hussein Onn

                     Malaysia, p. 323, Januari 2022. MTMT

          c14     Zijie Wang, A Learning Module of Robot Programming for Elementary Schools: Based on Virtual Reality,

                     Journal of Education, Humanities and Social Sciences, Vol. 9, pp. 36-43, ISSN:2771-2907, 2023. MTMT

                     „In many countries, robot programming education was introduced as an innovative curriculum in schools

                     [7-11].

          c15     Pisarov Jelena L., Mester Gyula, The Use of Autonomous Vehicles in Transportation, Vol. 76, Issue 2,

                     pp. 171-177, DOI: 10.5937/tehnika2102171P, Tehnika, 2021. MTMT

                     „This has become a common aspiration of many companies dealing with transportation whether they are

                     actually producing the vehicles or using them in their daily business [1-9].”

          c16     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, Issue 1,

                     pp. 29-35, DOI: 10.5937/fme2101029P, 2021. MTMT

                     „There are long established means of transportation in everyday life such as bicycles, manual cars, buses,

                     trams etc. Autonomous vehicles represent a new mobility concept [11-20].”

          c17     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research Ant-

                     hology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001, Chapter

                     48, ISBN13: 978166-8436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI:10.4018/978-1-66

                     84-3694-3.ch048, 2022. MTMT

          c18     Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-17.02.

                     2022. MTMT

          c19     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, July 2021,

                     pp. 19-27, ISSN 1820 – 4511, July 2021. MTMT

          c20     Sarvesh Patil, Samuel C. Alvares, Pragna Mannam, Oliver Kroemer, F. Zeynep Temel, DeltaZ: An Acces-

                     sible Compliant Delta Robot Manipulator for Research and Education, 2022 IEEE/RSJ International

                     Conference Intelligent Robots and Systems (IROS), pp. 13213-13219, DOI: 10.1109/IROS47612.2022.

                     9981257, 2022. MTMT

          c21     Jelena Pisarov, 5G i samovozeći automobili, Proceedings of the XXVI Skup Trendovi razvoja, “Inovacije

                     u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T2.2-4, pp. 1-4, ISBN 978-86-6022-241-3,

                     Kopaonik, Serbia, 16-19.02.2020. 2020. MTMT

          c22     Gyula Mester, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex Systems

                     Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs.20.1.5, Croatian Interdisciplina-

                     ry Society, 2022. MTMT

          c23     Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi Raz-

                     voja: Inovacije u Modernom Obrazovanju, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521, ISBN

                     978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c24     Miljan Jeremić, Miljana Milić, Jelena Milojković, Milan Gocić, Development of Geo-Da Based Android

                     Application for Spatial and Statistical Analysis of Serbian Long-Term Precipitation Data, Automatic

                     Control and Robotics, Vol. 21, No. 3, pp. 131-145, DOI: 10.22190/FUACR220623011J, ISSN: 1820-

                     6417, 2022. MTMT

          c25     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar

                     Tudományos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c26     Patricia Gouws, Hugo Lotriet, Mukondeleli Grace Kanakana-Katumba, Denzil Chetty, Towards Defining

                     the Place and Role of Robotics MOOCs in ODeL, UnisaRxiv, DOI:10.25159/UnisaRxiv/000017.v1, 2021.

                     MTMT

          c27     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

       “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c28     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c29     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c30     Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Srbija, 14-17. 02. 2022. MTMT

          c31     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Vladimir Katić

                     (edit.) XXVII Skup Trendovi Razvoja: On-line Nastava na Univerzitetima, Novi Sad, Serbia, University

                     of Novi Sad, 470 p, pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

          c32     Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja:

                     “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.2-3, pp. 559-562, ISBN

                     978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c33     Virgiawan Listanto, Arif Ramadhan, Nurhuda Firmansyah, Baiq Hana Susanti, Learners Acceptance of u-

                     KIT EDU as an Educational Application for Robot Building, Coding, and Controlling, Journal of Educati-

                     on Technology, Vol. 7, No. 2, pp. 279-288, P-ISSN: 2549-4856 E-ISSN: 2549-8290, DOI: 10.23887/jet.

                     v7i2. 58622, 2023. MTMT

                     „However, previous research explores other applications for robot programming in informatics and

                     computer science classes called mBot (Pisarov & Mester, 2019).”

          c34     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c35     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c36     Anette Bentz, Bernhard Standl, Beyond Gender Differences: Can Scratch Programs Indicate Students'

                     Preferences?, WiPSCE '23: Proceedings of the 18^th WiPSCE Conference on Primary and Secondary Com-

                     puting Education Research, Article No.: 8, pp. 1–10, DOI: 10.1145/3605468.3609771, September 2023.

                     10.03. MTMT

          c37     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c38     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c39     Rodrigo Antunes, Martim Lima Aguiar and Pedro Dinis Gaspar, A Dynamic STEM-Driven Approach

                     through Mobile Robotics to Enhance Critical Thinking and Interdisciplinary Skills for Empowering

                     Industry 4.0 Competencies, Technologies, Vol. 11, No. 6, pages 170; DOI: 10.3390/technologies1106

                     0170, 2023. MTMT

                     „The mBot2 is an educational robot designed with a STEM approach [28,29].”

          c40     Patrik Voštinár, Teaching Programming using EduScrum Methodology, PeerJ Computer Science, Vol. 10,

                     e1822, DOI: 10.7717/peerj-cs.1822, 2024. MTMT

          c41     Michela Ponticorvo, Elena Dell'Aquila, Robots at Schools: Telerobotics, Coding and Teaching Embodied

                     Artificial Intelligence, ICIEI '24: Proceedings of the 2024 9^th International Conference on Information and

                     Education Innovations, pp. 1 – 6, DOI: 10.1145/3664934.3664940, 2024. MTMT

          c42     Jonathan Ruiz-de-Garibay, Pablo Garaizar and Aitor Almeida, The Integration of Project-Based Learning

                     in Educational Robotics: Exploring Competition Robots Using the EASYbot Platform. In: Gonçalves,

                     J.A.d.C., Lima, J.L.S.d.M., Coelho, J.P., García-Peñalvo, F.J., García-Holgado, A. (eds) Proceedings of

                     TEEM 2023. TEEM 2023. Lecture Notes in Educational Technology. Springer, Singapore, pp. 514-523, 

                     ISBN 978-981-97-1813-9, https://doi.org/10.1007/978-981-97-1814-6_50, 2024. MTMT

          c43     Hasan Gökçe, Oktay Bektas, Ahmet Şahin, Fen Bilgisi Öğretmen Adaylarinin Robotik Kodlama Deneyim-

                     leri. Kapadokya Eğitim Dergisi, Vol. 5, Issue 1, pp. 1-21. DOI: 10.69643/kaped.1360244, 2024. MTMT

          c44     Jacinta Lucia Rizzi Marcom, Ana Paula Teixeira Porto, Daniela Melaré Vieira Barros, A Formação Doc-

                     ente na Cibercultura Inovação e Acessibilidade, Dialogia, [S. l.], n. 47, p. e25578, DOI: 10.5585/47.2023.

                     25578, 2023. MTMT

          c45     Anette Bentz, Bernhard Standl, Exploring Interest in Informatics With a Focus on K-12 Students’ Prefe-

                     rences in the Context of a Robotics Workshop, ACM 1946-6226/2024/10-ART, pp. 1-22, DOI: 10.1145/

                     3698239pp, 2024. MTMT

          c46     Gustavo Linhares Galvão, Robi: A Visual Programming Language for Educational Robotics, Universida-

                     de do Minho (Portugal) ProQuest Dissertations & Theses, 30653865, 2022. MTMT

          c47     César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c48     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                     Hungary, november 9-10, 2023. MTMT

          c49     Muhammad Zakiyullah Romdlony, Basuki Rahmat, M. Darfyma Putra, Khilda Afifah, Muhammad Ridho

                     Rosa, Fakih Irsyadi, Peta Jalan Pemerataan Literasi Stem Melalui Pemrograman dan Robotika di

                     Lembaga Pendidikan di Kabupaten Bandung, Inovasi Perguruan Tinggi & Peran Dunia Industri Dalam

                     Penguatan Ekosistem Digital & Ekonomi Kreatif / Pendidikan, Vol 6, DOI: 10.37695/pkmcsr.v6i0.1917,

                     ISSN  2655-3570, 2023. MTMT

          c50     Alvaro Itaúna Schalcher Pereira, Francisco Adelton Alves Ribeiro, Jose Weliton Aguiar Dutra, Ernando

                     Gomes de Sousa, Josielta Alves dos Santos, Lusinete da Costa Fonte, Abias Rodrigues da Cruz, Francisco

                     da Silva Paiva, Carlos Magno de Moraes and Jandherson Moura Silva, Successful Robotics Practices in

                     Integrated Secondary Education: Teaching of the knowledge learned in a training course in Porto-PT,

                     Teaching and Education Sciences, Vol. 11, No. 14, p. e305111436302, DOI: 10.33448/rsd-v11i14.36302,

                     2022. MTMT

          c51     Antunes Rodrigo Mendes, Desenvolvimento de recursos educacionais integrados numa abordagem STEM

                     utilizando kits de robótica móvel, Dissertation, ProQuest Dissertations & Theses,

                     http://hdl.handle.net/10400.6/13791, 2023. MTMT

          c52     Muhamad Sanusi, Amanina, Kerangka kecemerlangan bakat bekerja dalam kalangan pelajar teknikal,

                     Doctoral thesis, Universiti Tun Hussein Onn Malaysia, 2022. MTMT  

                     http://eprints.uthm.edu.my/id/eprint/8395

          c53     Dekanić Ksenija, Edukativni roboti u osnovnom obrazovanju, https://urn.nsk.hr/urn:nbn:hr:147:939254

                     Diplomski rad, Sveučilište u Zagrebu, 2023. MTMT

          c54     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c55     Servet Kılıç, Use of Virtual Environments in Educational Robotics, Virtual Technology Innovations in

                     Education, IGI Global, pages: 34 DOI: 10.4018/979-8-3693-6030-9.ch003, 2025. MTMT

          c56     Suandique, Tanira Mamudo Hussein, Estratégia de apoio à criação de jogos digitais por jovens adultos

                     para a promoção da consciencialização ambiental, Universidade de Aveiro (Portugal) ProQuest

                     Dissertations & Theses, 31494426, 2023. MTMT      

          c57     Joko Slamet Saputro, Feri Adriyanto, Miftahul Anwar, Sutrisno Ibrahim, Syaifullah Filard Latifan,

                     Project-Based Learning Approach in Autonomous Vehicle Course During Pandemic Outbreak: A Study

                     Case. Journal of Education Technology, Vol. 8, No. 3, pp. 444–450, DOI: 10.23887/jet.v8i3.76342, 2024.

                     MTMT

          c58     Marcom, Jacinta Lucia Rizzi, Ana Paula Teixeira Porto, and Daniela Melaré Vieira Barros, A formação

                     docente na cibercultura: inovação e acessibilidad, Dialogia, No. 47, pp. 1-23, e-ISSN: 1983-9294, DOI:

                    10.5585/47.2023.25578, e25578-e25578, 2023. MTMT

          c59     Pereira, Á. I. S., Ribeiro, F. A. A., Dutra, J. W. A., de Sousa, E. G., dos Santos, J. A., da Costa Fonte, L.,

                     da Cruz, A. R., da Silva Paiva, F., de Moraes, C. M. and Silva, J. M., Práticas exitosas de Robótica no

                     Ensino Médio Integrado: Ensinando conhecimentos aprendidos em curso de capacitação no Porto-PT.

                     Research, Society and Development, Vol. 11, No. 14, pp. e305111436302-e305111436302, DOI:10.

                     33448/rsd-v11i14.36302, 2022. MTMT

D38. Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudományos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

Research Gate, Google Scholar, MTMT.

D39. Mester Gyula, Autonóm önvezető robot autók fejlesztése, Vajdasági Magyar Tudóstalálkozó, pp. 1-10, Szabadka, Szerbia, 2019.04.13.

Research Gate, Google Scholar, MTMT

D40. Ninkov Ivona, Mester Gyula, Safety and Security Aspects in Drones Regulations, International Conference on Central European Critical Infrastructure Protection, ICCECR 2019, Proceedings, pages 6, Budapest, Hungary, 18-19 November 2019. MTMT

          c1       Ivona Ninkov, Self-Driving Car as a Legally Recognized Cyber-Physical System on Public Roads:

                     Safety and Security Aspects, Doctoral (PhD) Thesis Booklet, Óbuda University, Doctoral School on

                     Safety and Security Sciences, p. 30, Budapest, Hungary, 2023.

D41. Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken 2017, 2017 november 11, könyvfejezet, pp. 402-417, Vajdasági Magyar Tudományos társaság, szerkesztő: Szalma József, ISBN 978-86-88077-09-5, p. 481, Újvidék, Szerbia, 2018. MTMT

D42. Gyula Mester, The Evaluation of the Impact Factor of the Journal Interdisciplinary Description of Complex Systems, XXXIV. Kandó Conference 2018: Science in Practice 2018 (SIP 2018), pp.42-46, Óbuda University, Budapest, Hungary 20-21 Nov. 2018. Date Added to IEEE Xplore: 07 January 2019, ISBN: 978-1-7281-1155-1, DOI: 10.1109/CANDO-EPE.2018.8601125, Publisher: IEEE.

Web of Science: 000458544900051, Research Gate, Google Scholar, MTMT

D43. Gyula Mester, Ranking of Hungarian Researchers from Several Disciplines Using Google Scholar Database, Science in Practice 2018, SÍP 2018, XXXIV. Kandó Conference, pp. 27-41, Óbuda University, Budapest, Hungary, ISBN: 978-963-449-096-8, 22-23. November 2018.

Research Gate, Google Scholar, MTMT.

 

D44. Gyula Mester, Ranking Hungarian Researches Using h-index Total Number of Citations, International Conference on Science, Technology, Engineering and Economy ICOSTEE 2018, Book of Abstract, p. 26, ISBN 9789633066201, Faculty of Engineering, University of Szeged, Szeged, Hungary, 2018.

Google Scholar, MTMT

D45. Mester Gyula, Önvezető robot autók újdonságai és biztonsági kérdései, XII. Innováció és fenntartható felszíni közlekedés konferencia, IFFK 2018: XII. Innováció és fenntartható felszíni közlekedés, plenaris program, pp. 1-12, Magyar Mérnökakadémia, Budapest, Hungary, August 29-31, 2018.

MTMT, Research Gate, Google Scholar.

D46. Mester Gyula, Vajdasági magyar kutatók 2018-as idézettségi ranglistája, Vajdasági Magyar Tudóstalálkozó 2018, Közösség, Kutatás, Kihívás, pp. 33-37, ISBN 978-86-89095-14-2, Szabadka, 2019. Research Gate, MTMT.

          c1       Dániel Tokody, Attila Albini, László Ady, Zoltán Rajnai and Ferenc Pongrácz, Safety and Security Thro-

                     ugh the Design of Autonomous Intelligent Vehicle Systems and Intelligent Infrastructure in the Smart City,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, No. 3-A, DOI: 10.7906/indecs.16.3.11,

                     pp. 384-396, 2018. WoS, MTMT

D47. Gyula Mester, An Overview of Autonomous Self Driving Robotic Cars, IESB, International Engineering Symposium at Banki, pp. 1-5, ISBN: 978-963-449-111-8, Óbuda University, Budapest, Hungary, 21 Nov., 2018.

Research Gate, Google Scholar, MTMT.

D48. Gyula Mester, An Overview of Autonomous Self Driving Robotic Cars, In: Drégelyi-Kiss, Ágota (edit.) Abstracts Book of 10^th International Engineering Symposium at Bánki (IESB 2018), Budapest, Magyarország, Óbudai Egyetem, Bánki Donát Gépész és Biztonságtechnikai Mérnöki Kar, pp. 59-59, 2018. MTMT

D49. Gyula Mester, Ranking Hungarian Researches Using h-index and Total Number of Citations, International Conference on Science, Technology, Engineering and Economy ICOSTEE 2018, pp. 26, Szeged, Hungary, 2018, Plenáris Program. Research Gate, MTMT.

D50. Gyula Mester, Autonomni samovozeći automobili, Proceedings of the YuInfo Conference 2018, pp. 59-62, ISBN: 978-86-85525-21-6, Kopaonik, Serbia, 11-14.03.2018.

Research Gate, Google Scholar, MTMT.

D51. Gyula Mester, Univerziteti Regiona na Šangajskoj Rang Listi ARWU 2017, XXIV Skup Trendovi Razvoja: Digitalizacija Visokog Obrazovanja, TREND, Zbornik Radova, paper No. T 2.2-2, pp.1-4, ISBN: 978-86-7892-998-4, Kopaonik, Serbia, 21-23.02.2018.

Research Gate, MTMT.

D52. Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII Skup Trendovi Razvoja, Položaj visokog Obrazovanja i Nauke u Srbiji, Zbornik radova, Ed. Vladimir Katic, p. 374, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22-24.02.2017.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

      2810, 2018.

      „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015 decemberé-

      ben jelent meg.” MTMT

D53. Mester Gyula, Idézetségi ranglisták, Vajdasági Magyar Tudóstalálkozó 2017, Újvidék, Szerbia, Vajdasági Magyar Akadémiai Tanács, pp. 1-25, Szabadka, 2017 december 4. MTMT.

D54. Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11. MTMT.

D55. János Simon, Gyula Mester, Zlatko Čović, Dalibor Dobrilović, Imre Petkovics, IoT Environment and Multi Criteria Decision Making Systems, Proceedings of the SIP 2016, 34^nd International Conference Science in Practice 2016 Subotica, Ed. Igor Füstner, pp. 9-13, ISBN 978-86-918815-1-1, Publisher: Subotica Tech – College of Applied Sciences, Subotica. Serbia, 8-9.12.2016. Research Gate, MTMT.

 

D56. Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja Nove Tehnologije u Nastavi, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5, Zlatibor, Serbia, 16-19. 02. 2016.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

D57. Mester Gyula, h-index meghatározása internetes adatbázisokból, egyetemi világranglisták

2016, Konferencia kiadvány, XXXII Kandó konferencia: Kandó a tudomány hajóján, Bendiák

István szerk., pp. 1-9, ISBN: 978-963-7158-07-0, Budapest, Óbudai Egyetem, Magyarország,

2016.11.17. Research Gate, MTMT.

 

D58. Mester Gyula, Tudományos teljesítmény mérése, idézetek, h index, Proceedings of 8^th Interna-

tional Engineering Symposium at Bánki, IESB 2016, paper 57, pp. 1-10, ISBN: 978-615-5460-95-

1, Óbudai Egyetem, Budapest, Hungary, 2016.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, MTMT

       „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015 decemberé-

       ben jelent meg.”

          c2       Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c3       Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D59. Attila Nemes, Gyula Mester, Energy Efficient Feasible Autonomous Multi-RotorUnmanned

Aerial Vehicles Trajectories, pp. 369-376, Proceedings of the 4^th International Scientific Conference

on Advances in Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Edit-

ors: Tamás Mankovits, Bodzás Sándor, University of Debrecen, Debrecen, Hungary, 13-15 October

2016.

Research Gate, Google Scholar, MTMT.

          c1       Hasti Hayati, David Eager, Ann-Marie Pendrill and Hans Alberg, Jerk within the Context of Science and

                     Engineering - A Systematic Review, Vibration, Vol. 3, Issue 4, pp. 371-409, DOI:10.3390/vibration30400

                     25, 2020. MTMT

                     „Jerk in unmanned aerial vehicle (UAV) [11,178–186]; For example, jerk has long been used as a design

                     factor to ensure ride comfort, e.g., in amusement rides [1–7], ships [8–10], lifts/elevators [11] and buses

                     [12], and there are many reasons to believe that the relevance of jerk-and higher derivatives of displacem-

                     ent-will increase. Jerk and higher derivatives of acceleration are relevant for under-standing the impact of

                     motion and vibrations in a wide range of applications, as reviewed in this paper [1–12,27–195]“

          c2       Attila Albini, Zoltan Rajnai, Modeling General Energy Balance of Systems, Procedia Manufacturing, Vol.

                     32, pp. 374-379, DOI: 10.1016/j.promfg.2019.02.228, 2019.

                     Web of Science, Scopus, MTMT

                     “Thus, the aim of the various security investigations is to determine the cybernetic equilibrium conditions

                     of the system. The cybernetic movement of the system is proportional to the system's energy flow [3][12].“

          c3       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                     17. MTMT

                     “Dependency of multirotor torque and rotor blade angular velocity on the continuity of the pop function

                     can be also demonstrated by simply calculating and plotting these system values for an artificially created

                     step function-like trajectory pop [27] – it is well notable that any discontinuity in the trajectory pop will

                     result in a discontinuity in the time derivative of the required rotor angular velocity, which we have already

                     concluded to be a physical not feasible requirement. The snap is required to be 2 times smooth, equivalent

                     to pop 𝒑(𝑡)=𝛏 (6) (𝑡) being continuous [18], [27].”

          c4       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT     

          c5       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

       FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

       MTMT

          c6       LucaPiancastelli, Merve Sali and Christian Leon-Cardenas, Basic Considerations and Conceptual Design

                     of a VSTOL Vehicle for Urban Transportation, Drones, MDPI, Vol.6, Issue 102, DOI: 10.3390/drones605

                     0102, 2022.

       „First, autonomous flying is possible [1] and relatively straight forward, with the aid of today’s machine

       learning technologies [2–4].”

          c7       Azwad Abid, Designing and Testing of Pilot Control Interfaces for Vertical Take-off and Landing (VTOL)

       Aircraft, Master thesis, University of Waterloo, p. 116, Waterloo, Ontario, Canada, 2023.

D60. Gyula Mester, Rang lista madjarskih istraživača iz Srbije, XIV Konferencija digitalizacija

kulturne baštine, starih zapisa iz prirodnih i društvenih nauka i digitalna humanistika, pp. 1-6, Uni-

versity of Belgrade, Faculty of Mathematics, Belgrade, Serbia, 29.09.2016.

Research Gate, MTMT.

 

D61. Gyula Mester, Naučnometrijski indeksi - primena u robotici, Zbornik radova ETRAN 2015, 59. konferencija za elektroniku, telekomunkacije, računarstvo, automatiku i nuklearnu tehniku, EDU 1.1, pp. 1-6, ISBN 978-86-80509-71-6, Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c2       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

 

D62. Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the III^rnd International Conference and Workshop Mechatronics in Practice and Education, MechEdu 2015, pp. 88-91, ISBN 978-86-918815-0-4, Subotica, Serbia, May 14-16, 2015.  

Research Gate, Google Scholar, MTMT.

          c1       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdis-

                     ciplinary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI:

                     10.7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „These are: (i) conventional PID regulator, (ii) backstepping method [19, 20] and (iii) knowledgebased

                     Fuzzy Inference System (FIS) [4, 11].”

          c2       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral Dissertation, Doctoral School on Safety and Security Sciences, Budapest,

                     2018. MTMT

          c3       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Veh-

                     icles Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances

                     in Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c4       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, ISBN 978-963-7158-07-0, Óbuda University, Budapest,

                     Hungary, 2016 November 17. MTMT

          c5       Jelena, Pisarov, On-Line polaganje kompleksnog ispita, in: Vladimir Katić (edit.) XXVII SkupTrendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, 2021. MTMT

          c6       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c7       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (szerk.)

                     XXVII Skup Trendovi razvoja: “on-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, 2021. MTMT

          c8       Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika2105690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c9       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

       FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

       MTMT

          c10     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-

                     4684, DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c11     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                     ference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-

                     397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c12     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c13     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c14     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,                 

                     2020.11.14. MTMT

          c15     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No.1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c16     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c17     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c18     Pisarov Jelena, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20 No. 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c19     Pisarov Jelena, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                     ISSN 1820 – 4511, July 2021. MTMT

          c20     Bautista César, Human Perception Inside of a Self-Driving Robotic Car, IPSI Transactions on Advanced

                     Research, Vol. 17, No. 2, pp. 50-56, ISSN 1820 – 4511, July 2021. MTMT

          c21     Jelena Pisarov, Önvezető autók okos városokban, Proceeding of the conference: European Smart

                     Sustainable and Safe Cities, pp. 1-6, 2020. MTMT

          c22     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c23     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c24     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,     

                      pp. 1-6, 2023. MTMT

          c25     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c26     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c27     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c28     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c29     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c30     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c31     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c32     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c33     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c34     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

          c35     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025. MTMT

          c36     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

D63. Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Germany, 07-08.05.2015.

Research Gate, Google Scholar. MTMT 33/27, MTMT.

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

      DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c2       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, 2018. MTMT

       „Az ARWU 2017-es sanghaji világranglistán, a Budapesti Műszaki és Gazdaságtudományi Egyetem, a

       műszaki tudományok tudományterületén, 7. ábra, a következő 4 tudományágban található [10-11]: - gé-

       pészeti tudományok (1-300): 201-300, -elektrotechnika & elektronika tudományok (1-500): 401-500,- szá-

       mítástechnika mérnöki tudományok (1-500): 301-400, - anyagtudomány és technológia (1-500): 301-400.”

          c3       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

       razvoja: “On-line nastava na univerzitetima, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

       paper No. UP4.1, ISBN 978-86-6022-401-1, 2021. MTMT

          c4       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

       oblasti  robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

       nastava na univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c5       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

      XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia: University of

      Novi Sad, pp. 371-374, 2 ISBN 978-86-6022-401-1,021. MTMT

          c6       Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika – Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika2105690D, ISSN

       0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c7       Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems: Indecs, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.7906/

                     indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

                     Web of Science, MTMT

                     „The advantage the h-index is that it combines both the quantity-number of articles and quality-citations to

                     these articles [2-6].”

          c8       Gyula Mester, The latest ranking list of researchers at the University of Novi Sad in 2023, Review of the

                     National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN: 1820-

                     0109, Issue: 42, 2023. MTMT

          c9       Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 174-179, ISSN 1334-

                     4684, DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c10     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                     394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c11     Zoltán Nyikes, The Cybersecurity Challenges of COVID-19, IPSI Transactions on Advanced Research,

                     ISSN 1820-4511, Vol. 17, No. 2, pp. 57-62, July 2021. MTMT

          c12     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c13     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c14     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c15     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c16     Zilahy Dalma, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c17     Delilović, Namik, Maurer, Hermann, Producing Unifying Reports on Topics of General Interest, IPSI

      Transactions on Advanced Research, Vol. 17, No. 1, pp. 43-48, ISSN 1820-4511, January 2021. MTMT

          c18     László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

      Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c19     Gyula Mester, The latest ranking list of researchers at the University of Novi Sad in 2023, Review of the

                     National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN: 1820-

                     0109, Issue: 42, 2023. MTMT

          c20     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                    13140/RG.2.2.32758.31043, 2025. MTMT

          c21     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                    1-5, 2025. MTMT

          c22     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c23     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c24     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c25     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c26     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

          c27     Joyita Chakraborty, Dinesh K. Pradhan, Subrata Nandi, A Multiple K-Means Cluster Ensemble Frame-

                     work for Clustering Citation Trajectories, Journal of Informetrics, Vol. 18, Issue 2, 101507, ISSN 1751-

                     1577, DOI: 10.1016/j.joi.2024.101507, 2024. MTMT

          c28     Pisarov Jelena, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c29     Bautista César, Human Perception inside of a Self-Driving Robotic Car, pp. 50-56, IPSI Journal, IPSI BgD

                     Transactions on Advanced Research (TAR), Vol. 17, Issue 2, pp. 50-56, ISSN 1820-4511, 2021. MTMT

          c30     Jelena Pisarov, Önvezető autók okos városokban, SSSCC 2020, European Smart Sustainable and Safe

                     Cities Conference, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary, 2020. MTMT

          c31     Jelena Pisarov, mBot kerekeken gördülő mobil robot irányítása, VMTT 2019, Vajdasági Magyar Tudo-

                     mányos Társaság, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019. december 14. MTMT

          c32     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, VMTT, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019.12.14. MTMT

          c33     Pisarov Jelena, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20, Issue 1, pp. 11-15, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c34     Kovács Attila, Kovács Ördög Tűnde, Algoritmusok a kreativitás szolgálatában-a mesterséges intelligencia

                     forradalma a fotóművészetben, XXXIX. Kandó Konferencia, pp. 105-115, ISBN 978-963-449-357-0,

                     2023. november 9-10. MTMT

          c35     Jelena Pisarov, A személy– és teherforgalom digitalizálása, A Magyar Tudomány Napja a Délvidéken,

                     pp. 278-287, ISBN: 978-86-88077-13-2, Újvidék, 2021. Research Gate, pp. 1-8, 2022. MTMT

          c36     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

          c37     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c38     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

          c39     Zilahy Dalma, Az önvezető autók elfogadása, pp. 272-275, ISBN 978-86-88077-13-2, A Magyar

                     Tudomány Napja a Délvidéken, Újvidék, 2021.

          c40     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.

          c41     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

          c42     Tim Henning, Silvia E. Gutiérrez De la Torre, Manuel Burghardt, Student Scientometrics – What do

                     German Students of the Humanities Cite in their Term Papers?, Proceedings of the Digital Humanities

                     2023 (DH2023), Conference, pp.  197-199, Graz, 10-14.07.2023, DOI: 10.5281/zenodo.8108030, 2024.

D64. Mester Gyula, Új tudományos eredmények mérése, Konferencia kiadvány XXX. Kandó konferencia, pp.1-10, ISBN 978-615-5460-24-1, Budapest, Hungary, November 20, 2014.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo, Vol. 64, Issue 3, pp. 445-

                     453, ISSN 0040-2176, Beograd, Srbija, 2015. MTMT

          c2       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

      DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c3       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

       2810, 2018. MTMT

       „Egy világszínvonalú egyetem a következő szempontok alapján jellemezhető: oktatása és kutatási eredmé-

       nyei nemzetközileg elismertek, színvonalas oktatókkal és vezető kutatókkal rendelkezik, jelentősen hozzá-

       járul a tudomány, gazdaság és a társadalom fejlődéséhez, nemzetközi hírneve van, végzős hallgatói jelen-

       tős gazdasági és társadalmi pozícióba kerülnek, színvonalas doktori iskolákkal rendelkeznek [6-8].”

          c4       César Bautista and Gyula Mester, Internet of Things in Self-Driving Cars Environment, Interdisciplinary

       Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 188-198, DOI: 10.7906/indecs.21.2.8, ISSN

      1334-4684, Croatian Interdisciplinary Society, 2023.

          c5       Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken-2020, Vaj-

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

                     14.

          c6       Gyula Mester, Ranking of Hungarian Scientists using h-index, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023.

                     Web of Science

          c7       Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c8       Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.

                     13140/RG.2.2.32758.31043, 2025.

          c9       László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c10     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c11     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c12     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c13     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c14     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c15     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c16     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D65. Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Identification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the IEEE Symposium on Robotic Intelligence in Informationally Structured Space RiiSS (2014), DOI: 10.1109/RIISS.2014.7009170, Vol. 1, pp. 55-61, ISBN: 9781479944637, Orlando, Florida, USA, 9-12 December 2014. GS cit. 64

Web of Science: 000380467700009, Scopus, Google Scholar: 3240076332973641220, Research Gate, MTMT.

          c1       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion in an

                     unstructured environment with obstacles [4-9].”

          c2       Jelena Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, 2021. MTMT

          c3       Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp.  371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c4       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

       FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019. 

          c5       Gyula Mester, The 2022 Ranking List of Citation Analysis Researchers using h-Index, Interdisciplinary

                     Description of Complex Systems, Indecs, Vol. 20, Issue 6, pp. 775-779, ISSN 1334-4684, DOI: 10.7906/

                     indecs.20.6.8, Croatian Interdisciplinary Society, 2022.

                     Web of Science, MTMT

       „The ranking has been constructed using the Google Scholar [7-11] database.”    

          c6       César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                     394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c7       Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c8       Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c9       Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c10     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN:1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c11     Péter Miksa Hell and Péter János Varga, Drone Systems for Factory Security and Surveillance, Interdis-

                     ciplinary Description of Complex Systems, Indecs Vol. 17, Issue 3-A, pp. 458-467, DOI: 10.7906/indecs.

                     17.3.4, 2019. MTMT

          c12     Jelena Ćosić Lesičar, Marko Posavec, Josip Stepanić, The use of Information Entropy in Extracting the

                     Irregularities of Autonomous Systems, Annals of Faculty Engineering Hunedoara-International Journal

                     of Engineering, Tome XIII, Fascicule 3, pp. 269-272, ISSN: 1584-2673, 2015. MTMT

          c13     Szilárd Kovács, Zoltán Barta, János Botzheim, Traffic Optimization by Local Bacterial Memetic Algo-

                     rithm. In: Nguyen, N.T., et al. Computational Collective Intelligence. ICCCI 2023. Lecture Notes in

                     Computer Science, Vol 14162, pp. 484-496, Springer, Cham, DOI: 10.1007/978-3-031-41456-5_37,

                     2023. MTMT

          c14     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c15     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c16     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                     Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c17     Pisarov Jelena, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 20 No. 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c18     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában-a mesterséges intelligencia

                      forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest, Hungary,

                     november 9-10, 2023. MTMT

          c19     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                     nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c20     Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c21     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c22     Jelena Pisarov, Önvezető autók okos városokban, SSSCC 2020, European Smart Sustainable and Safe

                     Cities Conference, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary, 2020.

          c23     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

          c24     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.     

                     254-261, DOI: 10.5937/tehnika2102254D, 2021.                 

D66. L. Cveticanin, I. Biro, Gy. Mester, Analysis of Nonlinear Oscillating System, in: International Conference On Science and Technique Based on Applied and Fundamental Research, ICoSTAF 2014, Book of Abstracts, pp. 56, ISBN: 978-963-306-276-0, University of Szeged Faculty of Engineering, Szeged, Magyarország, 2014.04.25. Research Gate, MTMT.

 

D67. Gyula Mester, Introduction to Cloud Robotics, Proceedings of the SIP 2014, 32^nd International Conference Science in Practice, SIP 2014, pp. 1-4, Osijek, Croatia, October 15-17, 2014.

          c1       Allauca Acosta, Luis Jonathan, Guerra Mestanza, Gabriel Alexander, Diseño e implementación de un

                     sistema multirobot para trabajos colaborativos dotado de planificación de trayectoria con arquitectura

                     IoT, ESPE, Universidad De Las Fuerzas Armadas, p. 179, 2021.

 

D68. Mester Gyula, Doktori iskola létesítése és működése, Létünk, pp. 1-5, Újvidék, Bence Erika: Tudósképzés és kutatói műhelyek a felsőoktatásban, konferencia, október 26, 2013. http://www.letunk.rs/doktori-iskola-letesitese-es-mukodese/. Research Gate, MTMT.

 

D69. Gyula Mester, Aleksandar Rodic, Simulation of Quad-rotor Flight Dynamics for the Analysis

of Control, Spatial Navigation and Obstacle Avoidance, Proceedings of the 3^rd International Work-

shop on Advanced Computational Intelligence and Intelligent Informatics (IWACIII 2013), edit.

Kubota N., pp. 1-4, ISSN: 2185-758X, Shanghai, China, October 18 to 21 in 2013.

Research Gate, Scopus, Google Scholar, MTMT.

          c1       Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, ISSN 1334

                     4684, DOI: 10.7906/indecs.13.1.1., Vol. 13, No. 1, pp. 1-8, 2015.

                     Web of Science, Google Scholar: 6455251329837657771, MTMT

                     “The quad-rotors are highly maneuverable, which enables vertical take-off/landing, as well as flying

                     into hard to reach areas [14-17].”

          c2       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI:10.7906/

                     indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The data processing and the control algorithm are handled in the Micro Control Unit (MCU) which

                      provides the signals to the motors [13-16].”

          c3       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, Doctoral School on Safety and Security Sciences, p. 175, Doctoral Dissertation, Budapest,

                     2018. MTMT

          c4       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c5       Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

      System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, Issue 3,

      pp. 369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „In this model IT problems are augmented by the system of control [10-13], which is usually implemen-

                     ted by IoT devices.”

          c6       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, ISBN 978-963-7158-07-0, Budapest,

                     Hungary, 2016 november 17. MTMT

          c7       Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Confe-

                     rence INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Proce-

                     edings published 31 December 2020, Vol. 63, Issue 60, pp. 1-6, DOI: 10.3390/proceedings2020063060.

                     MTMT

       „The implementation of the system control includes the monitoring and event management of the system

       [19–23].”

          c8        Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th International

                     Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020 Pro-

                     ceedings 2020, Vol. 63, No. 1, pp. 1-7, DOI 10.3390/proceedings2020063050, Published: 25 December

                     2020. MTMT

                     „Structurally static motion can be modeled with the loops of cybernetics. This modeling leads to a system

                     of differential equations with a static structure [15,16,17,18,19,20,21].”

          c9       Kiss Leizer Géza Károly, Tokody Dániel, Radiofrequency Identification by using Drones in Railway Acci-

                     dents and Disaster Situations, Interdisciplinary Description of Complex Systems, Indecs, DOI 10.7906/

                     indecs.15.2.1, Vol. 15, Issue 2, pp. 114-132, 2017.

                     Web of Science, MTMT

                     „During the research, the commercially available drones (with GPS navigation [32] and Trajectory Trac-

                     king Control [33]) will be equipped with the following elements: a high- resolution camera, a thermal

                     camera, a communication module, an RFID reader and an air composition sensor.”

          c10     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Indecs,

                     Interdisciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 20, No. 1,

                     pp. 44-49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c11     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

                     MTMT 

          c12     Taofik Ahmed Suleiman, Abdulkareem Adinoyi, Telemedicine and Smart Healthcare-The Role of

                     Artificial Imteligence, 5G, Cloud Services, and Other Enabling Technologies, International Journal of

                     Communications, Network and System Sciences, pp. 31-51, Vol. 16, No. 3, DOI: 10.4236/ijcns.2023.

                     163003, ISSN: 1913-3723, March 2023. MTMT

                     „With AI, intelligent robots can operate in a broader, more sophisticated environment, opening new

                     possibilities in robotics [15].”

          c13     Jelena Pisarov, Gyula Mester, The Impact of 5G Technology on Life in the 21^st Century, Transactions

                     on Advanced Research, IPSI, Vol. 16, No. 2, pp. 11-14, ISSN 1820-4511, July 2020. MTMT

          c14     Jelena Pisarov, Gyula Mester, Programming the mBot Robot in School, Proceedings of the MechEdu

                     International Conference & Workshop 2019, pp. 45-48, ISBN 978-86-918815-5-9, Subotica, Serbia,

                     12.12.2019. MTMT

          c15     Damir Sostaric, Gyula Mester, Drone Localization Using Ultrasonic TDOA and RSS signal: Integration

                     of the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, No. 1, pp. 21-30, ISSN 1451-2092,

                     2020. MTMT

          c16     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c16     Jelena Pisarov, Experience with mBot-Wheeled Mobile Robot, Proceedings of the XXXV. Jubileumi

                     Kandó Konferencia, pp. 47-51, ISBN 978-963-449-163-7, Óbuda University, Budapest, Hungary,

                     2019.11.14-15. MTMT

          c17     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

                     Anthology on Cross-Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

                     Chapter 48, ISBN13:98816-68436943, ISBN10:1668436949, EISBN13:9781668436950, DOI:10.4018/

                     978-1-6684-3694-3.ch048, 2022. MTMT

          c18     Péter Miksa Hell and Péter János Varga, Drone Systems for Factory Security and Surveillance, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 17, Issue 3-A, pp. 458-467, DOI: 10.7906/indecs.17.

                     3.4, 2019. MTMT

          c19     Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-

                     partitions for UAV Dynamic Modeling, FME Transactions, ISSN: 1451-2092, DOI: 10.5937/fmet170100

                     1N, Vol. 45, No. 1, pp. 1-8, 2017. MTMT

          c20     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, pp.

                     110-121, ISBN: 9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c21     Jelena Pisarov, 5G i samovozeći automobili, Proceedings of the Trend 2020, XXVI Skup Trendovi razvoja:

                     Inovacije u Modernom Obrazovanju, Zbornik radova, p. 574, Paper No. T.2.2-4, pp. 1-4, ISBN 978-86-

                     6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c22     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     ISBN 978-86-88077-11-8, pp. 419-428, Újvidék, Szerbia, 2019. MTMT

          c23     Gyula Mester, Smart Mobility Solutions in Smart Cities, Interdisciplinary Description of Complex Syst-

                     ems, Indecs, Vol. 20, Issue 1, pp. 37-43, ISSN 1334-4684, DOI:10.7906/indecs.20.1.5, Croatian Interdis-

                     ciplinary Society, 2022.

                     MTMT

          c24     Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi

                     Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521,

                     ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c25     Gyula Mester, Elektromos autók újdonságai 2019, Bánki Közlemények, Vol. 3, No. 1, pp. 37-41, ISSN

                     2560-2810, 2020. MTMT

          c26     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

                     on - line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14.

                     MTMT

          c27     Gyula Mester, Introduction to Cloud Robotics, Proceedings of the SIP 2014, 32^nd International Conference

                     Science in Practice, SIP 2014, pp. 1-4, Osijek, Croatia, October 15-17, 2014. MTMT

          c28     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar

                     Tudományos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c29     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI: 10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c30     Gyula Mester, An Overview of Autonomous Self Driving Robotic Cars, IESB International Engineering

                     Symposium at Banki, pp. 1-5, ISBN: 978-963-449-111-8, Óbuda University, Budapest, Hungary, 21 Nov.,

                     2018. MTMT

          c31     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016. november

                     17. MTMT

          c32     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-4684,

                     DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c33     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c34     Jelena Plisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia   

                     2019, pp. 47-51, ISBN: 9789634491637, Budapest, 2019.

          c35     Jelena Pisarov, Önvezető autók okos városokban, Proceeding of the conference: European Smart

                      Sustainable and Safe Cities, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary, 2020. MTMT

          c36     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c37     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c38     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c39     Dipta Paul, Imtiez Ahmed Prince, Md. Shafiqul Islam, Md. Tanzim Ahamed, Md. Nadim Rahman Sarker,

                     Ankur Adhikary, Revolutionizing Connectivity Through 5G Technology, International Journal of Advanced

                     Engineering Research and Science, Vol. 12, Issue 2, pp. 1-7, DOI: 10.22161/ijaers.122.1, ISSN: 2349-

                     6495(P), 2025. MTMT

          c40     Ady László, Tokody Dániel, Mester Gyula, Hudasi Luca Flóra, A komplex rendszerek kommunikáció

                     vezérelt tervezése, In: Muhi, B. Béla (szerk.) Vajdasági Magyar Tudóstalálkozó 2020 - Konferenciakötet

                     Újvidék, Szerbia: Vajdasági Magyar Akadémiai Tanács, pp. 1-14, 165 p, 2021. MTMT

 

D70. Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Proceedings of 57^th

ETRAN Conference, pp. RO3.5.1-3, Zlatibor, 3-6.06.2013.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 004 02176,

                     Beograd, Srbija, 2015. MTMT

          c2       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

       G.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.   

                     MTMT

          c3       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c4       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, 2021. MTMT

          c5       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije

                     iz oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c6       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c7       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI: 10.5937/fmet 1904914S, 2019.

      MTMT

          c8       Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI: 10.5937/tehnika2105690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c9       László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

      Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c10     Gyula Mester, The latest Ranking List of Researchers at the University of Novi Sad in 2023, Review of the

                     National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN: 1820-

                     0109, Issue: 42, 2023. MTMT

          c11     Namik Delilovic, Implementing Advanced Amazon AWS Authentication Capabilities for the Robot Test-

                     Automation Framework, pp. 1-6, Research Gate, 2022. MTMT

          c12     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c13     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c14     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c15     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c16     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2020. MTMT

          c17     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c18     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.  

                     13140/RG.2.2.32758.31043, 2025.

          c19     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c20     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c21     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c22     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c23     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c24     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c25     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c26     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D71. Josip Stepanic, Gyula Mester, Josip Kasac, Synthetic Inertial Navigation Systems: Case Study

of Determining Direction, Proceedings of 57^th ETRAN Conference, pp. RO 2.7.1-3, Zlatibor,

Serbia, June 3-6, 2013.

Research Gate, Google Scholar, MTMT.   

          c1       Josip Stepanić, Josip Kasać, Jelena Ćosić Lesičar, What is Taken for Granted about Quadrotors: Remarks

       about Drive and Communication, Proceedings of the 3^rd International Workshop on Advanced Computati-

       onal Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN 2185-758X, Kubota, Shang-

       hai, China, October 18 to 21 in 2013. 

       Scopus, MTMT

       „Corresponding details are given elsewhere [8]. Here we present main elements of the approach aimed for

       operationalising previously described enhancement in quality of navigation of a swarm of quadrotors [8].” 

          c2       Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 12, Issue 3, pp. 245-254, DOI: 10.7906/

                     indecs.12.3.4, ISSN 1334-4676, 2014. MTMT

          c3       Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

       Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067–3809, 2015. MTMT

          c4       Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.  

                     7906/indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c5       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI:10.

                     7906 / indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The future of autonomous quad-rotor helicopter control lies in intelligent flight controllers that are prog-

                     rammed to specific flight missions [21-26].”

          c6       Dániel Tokody, Attila Albini, László Ady, Zoltán Rajnai and Ferenc Pongrácz, Safety And Security Thro-

                     ugh the Design of Autonomous Intelligent Vehicle Systems and Intelligent Infrastructure in the Smart City,     

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 3-A, pp. 384-396, DOI: 10.7906/

                     indecs.16.3.11, 2018.

                     WoS, MTMT

          c7       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex Dy-

                     namic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda Uni-

                     versity, p. 175, Dissertation, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c8       Simon János, Challenges of Transforming Production Enterprises in the Transition to the 4^th Industrial

                     Revolution, Transactions on Advanced Research, Vol. 16, Issue 2, pp. 36-39, 2020. MTMT

          c9       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

      MTMT   

          c10     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken 2020, Vaj-

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

                     14. MTMT

          c11     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                     pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c12     Jelena Pisarov, Experience with mBot-Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN: 9789634491637, Budapest, 2019. MTMT 

          c13     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c14     Jelena Pisarov, Önvezető autók okos városokban, European Smart Sustainable and Safe Cities Conference

                     (SSSCC 2020), pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary. 2020. MTMT

          c21     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c22     Jelena Pisarov, 5G i samovozeći automobili, Proceedings of the XXVI Skup Trendovi razvoja: “Inovacije

                     u modernom obrazovanju”, Paper No. T2.2-4, pp.1-4, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16 –

                     19. 02. 2020. MTMT

          c23     Dipta Paul et al., Revolutionizing Connectivity Through 5G Technology, International Journal of Advanced

                     Engineering Research and Science, Vol. 12, No. 2, pp. 1-7, DOI: 10.22161/ijaers.122.1, ISSN: 2349-6495,

                     2025. MTMT

          c24     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c25     Dévényi Géza, Rajnai Zoltán, Development Aspects of Autonomous Road Vehicle Infotainment Systems,

                     IPSI Transactions on Advanced Research, Vol. 16, No. 2, pp. 7-10, ISSN 1820 - 4511, 2020. MTMT

          c26     Kasza Zoltan, Analyzing the Corrosion Potential  of a Lightning Protection Systems, IPSI Transactions on

                     Advanced Research, Vol. 16, No. 2, pp. 15-19, ISSN 1820 - 4511, 2020. MTMT

          c27     Hullan Szabolcs, The Nuclear Emergency Response System - The Source of Best Practice, IPSI Transacti-

                     ons on Advanced Research, Vol. 16, No. 2, pp. 20-24, ISSN 1820 - 4511, 2020. MTMT

          c28     Janos Simon, Challenges of Transforming Production Enterprises in the Transition  to the 4^th Industrial

                     Revolution, IPSI Transactions on Advanced Research, Vol. 16, No. 2, pp. 35-39, ISSN 1820-4511, 2020.

                     MTMT

D72. Aleksandar Rodic, Gyula Mester, Control of a Quadrotor Flight, Proceedings of the ICIST

Conference, pp. 61-66, ISBN: 978-86-85525-12-4, Information Society of Serbia, Kopaonik,

Serbia, 03-06.03.2013. GS 84, MTMT 32/38

Research Gate, Google Scholar, MTMT.

         c1       Ivan Petrusevski, Aleksandar Rakic, Simple Fuzzy Solution for Attitude Quadrotor Control, Proceedings

       of the 12^th IEEE Symposium on Neural Network Applications in Electrical Engineering, Neurel 2014, pp.

       93-98, ISBN 978-14799-58870, DOI:10.1109/NEUREL.2014.7011469, Belgrade, Serbia, November 25-

       27, 2014. MTMT

       “Characteristic   benchmarking test, as defined in [16], consider all main quadrotor’s flying segments,

       providing the credible evaluation of both attitude controls under the same conditions”.

             c2       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 322-330, DOI: 10.7906/indecs.14.3.5,

                     ISSN 1334-4684, 2016.

                     Web of Science, MTMT

                     „The data processing and the control algorithm are handled in the Micro Control Unit (MCU) which pro-

                      vides the signals to the motors [13-16].”

          c3       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in  

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c4       Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-

                     partitions for UAV Dynamic Modeling, FME Transactions, ISSN:1451-2092, DOI:10.5937/fmet170100

                     1N, Vol. 45, No. 1, pp. 1-8, 2017. WoS, Scopus, Google Scholar. MTMT

          c5       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, ISBN: 9789637158070, Óbuda University, Budapest,

                     Hungary, 2016. november 17. MTMT

          c6       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex Dy-

                     namic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda Uni-

                     versity, p. 175, Dissertation, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c7       Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet  

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI: 10.593tehnika2105 690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c8       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

                     MTMT 

          c9       Jelena Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

       razvoja “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

       paper No.UP4.1, 2021. MTMT

          c10     Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c11      Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                      Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-

                      4684, DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c12      César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                      ference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-

                      397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c13      Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                      tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                      2021. MTMT

          c14      Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                      pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c15      Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken – 2020,

                      Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                      2020.11.14. MTMT

          c16      Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia

                      pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19, Budapest, Hungary. MTMT

          c17      César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                      IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c18      Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                      Systems Indecs, Vol. 20, Isse 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c19      Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research,Vol. 17, No. 2, pp. 19-27,

                      ISSN 1820 – 4511, 2021. MTMT

          c20      César Bautista, Human Perception inside of a Self-Driving Robotic Car, IPSI Transactions on Advanced

                      Research, Vol. 17, No. 2, pp. 50-56, ISSN 1820 – 4511, 2021. MTMT

          c21      Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                      2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                      MTMT

          c22      Белоглазов Д. А., Коберси И. С., Косенко Е. Ю., Соловьев В.В. Шадр, Анализ особенностей

                      практического использования регуляторов систем автоматического управления квадрокоптера-

                      ми, Инженерный вестник Дона, Нo. 3, pp. 1-18, 2015. MTMT

          c23      Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                      Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c24      Sean Ward, Travis Fields, Development and Viability of an Inverted Descent Quadrotor for Precision

                      Aerial Delivery, Session: Unique Aircraft Configurations, DOI: 10.2514/6.2022-2480, AIAA SCITECH

                      2022 Forum, San Diego, USA, January 3-7, 2022. MTMT

          c25      Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c26      Jelena Pisarov, A személy és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                      pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c27      Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                      978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

                      MTMT

          c28      Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023. MTMT

          c29     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c30     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025. MTMT

          c31     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025. MTMT

          c32     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c33     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c34     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c35     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c36     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c37     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

          c38     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1-6, 2023. MTMT

          c39     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025. MTMT

          c40     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

D73. Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proce-

edings of the XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5,

ISBN: 978-86-78924-95-9, Maribor, Pohorje, Slovenija, 18-21.02.2013.  GS 68 cit.

Research Gate, Google Scholar, MTMT.

        c1       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

                     ETRAN, str. RO3.5.1-3, Zlatibor, 3-6. juna 2013. MTMT

          c2       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c3       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c4       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

                     RG.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.

                     MTMT

          c5       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c6       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

      2810, 2018. MTMT

       „Az egyetemek rangsorolása a világranglistán igen fontos az egyetemen működő doktori iskolák

       szempontjából is [2-5].”

          c7       Jelena Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

       razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232.        

       paper No. UP 4.1, 2021. MTMT

          c8       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

       Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c9       László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

       Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c10     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c11     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c12     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-60

                     22-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c14     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                     6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the  

                     Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu,

                     pp. 394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c16     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., XXVII Skup Trendovi

                     Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, pp. 447-450, 15 - 18. 02. 2021. MTMT

          c17     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII. Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c18     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     Cars, IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022, 

                     MTMT

          c19     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c20     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14 2019. MTMT

          c21     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja “Univerzitet pred novim izazovima”, Zbornik radova, pp. 361-364, Paper No. T4.4-7,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c22     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában-a mesterséges intelligencia

                     forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest, Hungary,

                     november 9-10, 2023. MTMT

          c23     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c24     Jelena Pisarov, A személy és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                     pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c25     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.    

                     MTMT

          c26     Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c27     Jelena Pisarov, Ranking of Researchers from Belgrade 2023, Research Gate, pp. 1-6, 2023. MTMT

          c28     Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                     pp. 1- 6, 2023. MTMT

          c29     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022. MTMT

 

D74. Gyula Mester, Honlap szerkesztése Google Tudós alkalmazásával, Vajdasági Magyar

Tudományos Társasság, pp. 674-679, ISBN 978-86-88077-06-4, Újvidék, Szerbia, 2013.

D75. Gyula Mester, Aleksandar Rodic, Navigation of an Autonomous Outdoor Quadrotor Helicop-

ter, Proceedings of the 2^nd International Conference on Internet Society Technology and Manage-

ment ICIST, Edit. Zora Konjovic, ISBN: 978-86-85525-10-0, pp. 259-262, Kopaonik, Serbia, 01-

03.03.2012. MTMT 15/37 GS 64 cit.

Research Gate, Google Scholar: 12610124843848894761, MTMT: 2069493.

          c1       Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     disciplinary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI:

                     10.7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The data processing and the control algorithm are andled in the Micro Control Unit (MCU) which provi-

                     des the signals to the motors [13-16].”

          c2       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c3       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                     17. MTMT

          c4       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex Dy-

                     namic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda Uni-

                     versity, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c5       Jelena Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi     

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, 2021.MTMT

          c6       Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c7       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c8       Đekic Milica, Mester Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika2105690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c9       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

                     FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

                     MTMT    

          c10     Jelena L. Pisarov, Gyula Mester, The use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

      Issue 2, pp. 171-177, ISSN 0040-2176, DOI: 10.5937/tehnika2102171P, 2021. MTMT

          c11     Šoštarić Damir, Mester Gyula, Drone Localization using Ultrasonic TDOA and RSS Signal: Integration

                     of the Inverse Method of a Particle Filter, FME Tranactions, Vol. 48, Issue1, pp. 21-30,

                     DOI: 10.5937/fmet 2001021S, 2020. MTMT

          c12     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

       pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c13     Jelena L. Pisarov, Gyula Mester, Self-Driving Robotic Cars: Cyber Security Developments, Research

       Anthology on Cross - Disciplinary Designs and Applications of Automation, IGI Global, pp. 969-1001,

       chapter 48, ISBN13: 9781668436943, ISBN10: 1668436949, EISBN13: 9781668436950, DOI: 10.4018

        /978-1-6684-3694-3.ch048, 2022. MTMT

          c14     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

      Conference Trend, pp. 394-397, XXVIII Skup Trendovi Razvoja: “Univerzitetsko Obrazovanje za

                     Privredu”, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14 - 17. 02. 2022. MTMT

          c15     César Bautista, Human Perception inside of a Self-Driving Robotic Car, IPSI Transactions on Advanced

       Research, Vol. 17, No. 2, pp. 50-56, ISSN 1820 – 4511, July 2021. MTMT

          c16     Attila Nemes, Gyula Mester, Unconstrained Evolutionary and Gradient Descent-Based Tuning of Fuzzy-

                     partitions for UAV Dynamic Modeling, FME Transactions, Vol. 45, No. 1, pp. 1-8, ISSN:1451-2092, DOI:

                     10.5937/ fmet1701001N, 2017. MTMT

          c17     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

       Systems, pp. 11-15, Vol. 20, Issue 1, ISSN 1334-4676, DOI:10.7906/indecs.20.1.2, 2022. MTMT

          c18     Mester Gyula, Egyetemi világranglista ARWU 2020 Shanghai, Vajdasági Magyar Tudóstalálkozó, pp. 110-

                     121, ISBN:9788689095197, on - line konferencia, Szabadka, Szerbia, 2020.09.26. MTMT

          c19     Jelena Pisarov, Autonomous driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                     ISSN 1820-4511, July 2021. MTMT

          c20     Gyula Mester, Jelena Pisarov, Digitalization in Modern Transport of Passengers and Freight, Review of

                     the National Center for Digitization, publisher: Faculty of Mathematics, University of Belgrade, pp. 83-89,

                     Issue: 39, ISSN: 1820-0109, 2021. MTMT

          c21     Jelena Pisarov, mBot kerekeken gördülő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

       pp. 419-428, ISBN 978-86-88077-11-8, 2019. MTMT

          c22     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

      tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN:1820-0109,

      2021. MTMT

          c23     Jelena Pisarov, On-line polaganje komleksnog ispita, Proceedings of the XXVII Skup Trendovi Razvoja:

       “On-line Nastava na Univerzitetima”, paper No.UP4.1, pp. 229-232, ISBN 978-86-6022-313-7, Kopaonik,

      Serbia, 15-18.02.2021. MTMT

          c24     Gyula Mester, Elektromos autók újdonságai 2019, Bánki Közlemények, Vol. 3, No. 1, pp. 37-41, ISSN

                     2560-2810, 2020. MTMT

          c25     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társasság,

      on – line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c26     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudo-

      mányos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c27     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

      pp. 115-120, DOI: 10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c28     Gyula Mester, Prezentacija rezultata naučnih istraživanja istraživača primenom programa Tud-Ó-Méter,

                     TREND 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko obrazovanje za privredu”, pp. 438-441,

                     ISBN 978-86-6022-401-1, Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c29     Ady László, Tokody Dániel, Mester Gyula, Hudasi Luca Flóra, A komplex rendszerek kommunikáció

      vezérelt tervezése, Vajdasági Magyar Tudóstalálkozó, pp. 1-14, on - line konferencia, Szabadka, Szerbia,

      2020.09.26. MTMT

          c30     Mester Gyula, Újvidéki Egyetem kutatóinak 2022-es ranglistája, XXXVIII. Kandó Konferencia 2022,

       pp. 156-161, ISBN:9789634492986, 2022 november 3-4, https://konf2022.kvk.uni-obuda.hu/ MTMT

          c31     Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trendo-

                     vi Razvoja “Univerzitetsko obrazovanje za privredu”, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

       Srbija, 14-17. 02. 2022. MTMT

          c32     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., in: Vladimir Katić (ed-

      it.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Serbia, University of

      Novi Sad, 470 p. pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Serbia, 15-18.02.2021. MTMT

          c33     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken 2020, Vaj-

      dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

      14. MTMT

          c34     Jelena Pisarov, Gyula Mester, Rang lista fizičara Srbije, Trend 2020, XXVI Skup Trendovi Razvoja: „Ino-

       vacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.2-3, pp. 559-562, ISBN 978-86-

       6022-241-3, Kopaonik, Serbia, 16-19.02.2020. MTMT

          c35     Milica D. Đekić, Cyber Technologies in Organized Crime Investigations, Tehnika, Vol. 76, Issue 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c36     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, Issue 2, pp. 174-179, ISSN 1334-4684,

                     DOI: 10.7906/indecs.21.2.6, 2023. MTMT

          c37     Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tion, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-0109,

                     2021. MTMT

          c38     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transactions on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN 1820-4503, January 2022. MTMT

          c39     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII Kandó konferencia kiad-

                     ványa, pp. 67-74, ISBN: 978-963-449-272-6, Óbudai Egyetem, Budapest, 2021 november 18-19. MTMT

          c40     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, VMTT 2020, Vajdasági Magyar Tudományos

                     Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020. MTMT

          c41     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019. MTMT

          c42     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c43     Jelena Pisarov, Önvezető autók okos városokban, SSSCC 2020, European Smart Sustainable and Safe

                     Cities Conference, pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary, 2020.01.31. MTMT

          c44     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT            

D76. Gyula Mester, Development of Anthropomorphic Robotic Platform, Proceedings of the IBC

2012, 1^st International Internet & Business Conference, edit. Miodrag, Ivkovic; Mirjana, Peic Bach;

Vanja, Simicevic, BIT Society of Croatia, pp. 198-203, ISSN 1848-5278, June 27-28, Rovinj,

Croatia, 2012.

Research Gate, Google Scholar, MTMT.

 

D77. Aleksandar Rodic, Gyula Mester, Ivan Stojkovic, Navigation and Control of Indoor Mobile

Robot in Unknown Environments, Proceedings of the 56^th ETRAN Conference, ETRAN-Konfe-

rencija za elektroniku, telekomunikacije, računarstvo, automatiku i nuklearnu tehniku, Society for

Electronics, Telecommunications, Computers, Automatic Control and Nuclear Engineering, RO3.6-

1-4, pp. 1-5, ISBN 978-86-80509-67-9, Zlatibor, Serbia, June 11-14, 2012.

Research Gate, Google Scholar, MTMT.

          c1       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                     platform in unstructured environments with obstacles and slopes [10-15].”     

          c2       Tajti Ferenc, Sensor Fusion and Motion Analysis for Mobile Robots with an Ethorobotics Approach,

                     disszertáció, 130 p., Budapesti Műszaki és Gazdaságtudományi Egyetem, Budapest, Magyarország,

                     2017. MTMT

          c3       Robert J. Killkelley, Kevin C. Griffin, Nathaniel G. Klint, Design and Development of an Automated Spa-

                    tial Analysis Robot, 2020 IEEE/SICE International Symposium on System Integration (SII), Honolulu, HI,

                    USA, 2020, pp. 1376-1381, DOI: 10.1109/SII46433.2020.9026284, 2020.

 

D78. Gyula Mester, Najnovije svetske rang liste univerziteta, XVIII Skup Trendovi Razvoja, Inter-

nacionalizacija Univerziteta, Proceedings of the TREND 2012, pp. 144-151, ISBN 9788678923883,

edit. Vladimir Katic, Kopaonik, Serbia, 27.02 - 01.03. 2012.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

                     ETRAN, str. RO3.5.1-3, Zlatibor, 3-6 juna 2013. MTMT

          c2       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c3       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c4       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10. 13140/ RG.

                     2.1.4411. 1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c5       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, Maribor, Pohorje,

                     Slovenija, 18-21.02.2013. MTMT

          c6       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c7       Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                     Skup Trendovi Razvoja “Položaj visokog Obrazovanja i Nauke u Srbiji”, Zbornik radova, Ed. Vladimir

                     Katic, p. 374, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22-24.02.2017.

                     MTMT

 

D79. Aleksandar Rodic, Gyula Mester, Ambientally Aware Bi-Functional Ground-Aerial Robot

Sensor Networked System for Remote Environmental Surveillance and Monitoring Tasks, Proceed-

ings of the 55^th ETRAN Conference, Section Robotics, Society for Electronics, Telecommunicati-

ons, Computers, Automatic Control and Nuclear Engineering, Volume RO2.5, pp 1-4, ISBN 978-

86-80509-66-2, Banja Vrućica, Bosnia and Hercegovina, Jun 6-9, 2012.

Research Gate, Google Scholar, MTMT.

        c1       Mester Gyula, Rodic Aleksandar, Négyrotoros robothelikopter modellje és irányítása, A Magyar

      Tudomány Napja a Délvidéken, pp. 469-476, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013. MTMT

          c2       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                     platform in unstructured environments with obstacles and slopes [10-15].”    

          c3       Jelena, Pisarov, On-Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima, Novi Sad, Szerbia: University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, ISBN 978-86-6022-313-7, 2021. MTMT

          c4       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University

                     of Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT HIBÁS

          c5       Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

       FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

       MTMT

          c6       Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-4684,

                     DOI: 10.7906/indecs.21.2.6, 2023. MTMT    

          c7       César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c8       Gyula Mester, César Bautista, Automotive Digital Perception, Review of the National Center for Digitiza-

                     tization, publisher: Faculty of Mathematics, University of Belgrade, pp. 90-95, Issue: 39, ISSN: 1820-01

                     09, 2021. MTMT

          c9       Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c10     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken-2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c11     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c12     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c13     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems Indecs, Vol. 20, Isse 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c14     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                     MTMT

          c15     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019.

                     MTMT

          c16     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában-a mesterséges intelligencia

                     forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest, Hungary,

                     november 9-10, 2023. MTMT

          c17     Namik Delilovic, Implementing Advanced Amazon AWS Authentication Capabilities for the Robot Test-

                    Automation Framework, pp. 1-6, YuInfo Conference, Kopaonik, Serbia, 2022. MTMT

          c18     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c19     Jelena Pisarov, A személy és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                     pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019. MTMT

          c20     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

                     MTMT

          c21     Đekić Milica D., Nove tehnologije u istragama organizovanog kriminala, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c22     Luca Crupi, Luca Butera, Alberto Ferrante, Alessandro Giusti, Daniele Palossi, An Efficient Ground-Aerial

                     Transportation System for Pest Control Enabled by AI-based Autonomous Nano-UAVs, ACM Journal on

                     Autonomous Transportation Systems, DOI: 10.1145/3719210, ACM2833-0528/2025/2-ART, 2025.

          c23     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

                                                                                                                   

D80. Aleksandar Rodic, Gyula Mester, Modeling and Simulation of Quad-Rotor Dynamics and

Spatial Navigation, Proceedings of the SISY 2011, 9^th IEEE International Symposium on Intelli-

gent Systems and Informatics, pp. 23-28, ISBN: 978-1-4577-1973-8, DOI: 10.1109/SISY.2011.60

34325, Subotica, Serbia, 8–10 September 2011. http://conf.uni-obuda.hu/sisy2011. MTMT 36/53

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Research Gate, Google Scholar: 14521240228651437907, MTMT: 1694391.

          c1       Aleksandar Rodic, Gyula Mester, The Modeling and Simulation of an Autonomous Quad – Rotor Micro-   

       copter in a Virtual Outdoor Scenario, Acta Polytechnica Hungarica, Journal of Applied Sciences, Vol. 8,

       Issue No. 4, pp. 107-122, ISSN 1785-8860, Budapest, Hungary, 2011.

       Web of Science: 000302667800007, Scopus, Google Scholar: 3575284796655749426, MTMT

          c2       Aleksandar Rodic, Ivan R. Stojkovic, Dynamic Inversion Control of Quadrotor with Complementary Fuzzy

       Logic Compensator, Proceedings of the 2012 11^th Symposium on Neural Network Applications in Electri-

       cal Engineering (NEUREL), Belgrade, Print ISBN: 978-1-4673-1569-2, INSPEC Accession Number:

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       ’The Fig. 1. shows the structure model [9] [10] in hovering condition, where all the propellers have the

       same speed of rotation. For the purpose of testing proposed integrated flight controller the following

       quadrotor parameters are assumed Table II [9] [10]’.

          c3       Noda Shohei, Hiroyuki Masuta, Hun-ok Lim, The Fuzzy Position Control for the Four Rotor Flying Robot,

                     Proceedings of the Soft Computing and Intelligent Systems (SCIS) and 13^th International Symposium on

                     Advanced Intelligent Systems (ISIS), 2012 Joint 6^th International Conference on Date of Conference, pp.

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       “As we consider hovering flight, we can assume that the thrust and the drag are proportional to the square

       of the propellers rotation speed [10].”

          c4       Yibo Li, Gang Wang, Quad-Rotor Airship Modeling and Simulation Based on Backstepping Control,

                     International Journal of Control and Automation, Vol. 6, No. 5, pp. 369-384, ISSN: 2005-4297, DOI: 10.

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       “The following is the traditional dynamic model of the Quad-Rotor helicopter [5, 6]: „

          c5       Yibo Li, Gang Wang, Quad-Rotor Airship Modeling and Simulation, Sensors & Transducers, Vol. 157,

                     Issue 10, pp. 306-316, ISSN 1726- 5479, Article number: P_1431, http://www.sensorsportal.com/, October

                     2013.

       GS: 14713117870380486414, MTMT

       “The following is the traditional dynamic model of the Quad-Rotor helicopter [5, 6]:”

          c6       Li Yibo, Song Shu-xi, Hovering Control for Quadrotor Unmanned Helicopter Based on Fuzzy Self-tuning

                     PID Algorithm, Control Engineering of China, pp. 910-914, Vol. 20, No. 5, ISSN: 1671-7848, 2013.

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          c7       Gyula Mester, Aleksandar Rodic, Navigation of an Autonomous Outdoor Quadrotor Helicopter, Proceed-

                     edings of the 2^nd International Conference on Internet Society Technologie and Management ICIST, ISBN:

                     978-86-85525-10-0, pp. 259-262, 1-3.03.2012. MTMT

          c8       Aleksandar Rodic, Gyula Mester, Ivan Stojković, Qualitative Evaluation of Flight Controller Performan-

                     ces for Autonomous Quadrotors, Intelligent Systems: Models and Applications, Endre Pap (Edit.), Topics

                     in Intelligent Engineering and Informatics, Vol. 3, Part. 2, pp. 115-134, TIEI 3, ISSN 2193-9411, e-ISSN

                     2193-942X, ISBN 978-3-642-33958-5, e-ISBN 978-3-642-33959-2, DOI 10.1007/978-3-642-33959-2_7,

                     Springer-Verlag Berlin Heidelberg, http://link.springer.com/ chapter/10.1007/978-3-642-33959-2_7, 2013.

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          c9       Aleksandar Rodic, Gyula Mester, Control of a Quadrotor Flight, Proceedings of the ICIST Conference,

                     Konjović Zora (edit.), 3^rd International Conference on Information Society Technology, pp. 61-66, ISBN:

                     978-86-85525-12-4, Kopaonik, Serbia, 03-06.03.2013. MTMT

          c10     Gyula Mester, Aleksandar Rodic, Simulation of Quad-rotor Flight Dynamics for the Analysis of Control,

                     Spatial Navigation and Obstacle Avoidance, Proceedings of the 3^rd International Workshop on Advanced

                     Computational Intelligence and Intelligent Informatics (IWACIII 2013), pp. 1-4, ISSN 2185-758X,

                     Shanghai, China, October 18 to 21 in 2013, webmanage.ecust.edu.cn.

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          c11     Gyula Mester, Aleksandar Rodic, Modeling and Navigation of an Autonomous Quad-Rotor Helicopter,

                     E-society Journal: Research and Applications, Vol. 3, No. 1, pp. 45-53, ISSN 2217-3269, COBISS.SR-ID

                     255833863, July 2012.

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          c12     Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Iden-

                     tification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the

                     IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), DOI:

                     10.1109/RIISS.2014.7009170, pp. 55-61, 9-12 December 2014, Orlando, Florida, USA.

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          c13     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015.

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       “These controllers are sufficient to guarantee satisfactory navigation performances for the mobile robot in

       most of the navigation tasks, [15-20].”

          c14     Attila Nemes, Synopsis of Soft Computing Techniques Used in Quadrotor UAV Modelling and Control,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 13, No. 1, pp. 15-25, DOI: 10.7906/indecs.

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       „A wide area of robotics research is dedicated to aerial platforms. Multiple structures and configurations

       have been developed to allow 3D movements [1-14]. The quadrotor is satisfactory well modelled [1-12]

       with a four rotors in a cross configuration as presented in Figure 1.”

          c15     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Indecs, Vol.

                     13, No. 1, DOI: 10.7906/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015.

       GS: 10153990503926814707, MTMT

       “Kamei et al, proposed prototype infrastructure of cloud networked robotics enables multi-location robotic

       services for life support [31-34].”

          c16     Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Indecs,Vol.13,

                     No. 1, ISSN 1334-4684, DOI: 10.7906/indecs.13.1.1., pp. 1-8, 2015.

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       “The quad-rotors are highly maneuverable, which enables vertical take-off/landing, as well as flying into

       hard to reach areas [14-17].”

          c17     Elmer R. Magsino, Mark Lorenze R. Torregoza, Elmer P. Dadios, Implementation of a Vertical Take-off

                     and Landing Quadrotor Based on Fuzzy Control of Four Classically Compensated DC Motors, Proceed-

                     ings of the 6^th International Conference Humanoid, Nanotechnology, Information Technology Communi-

                     cation and Control, Environment and Management (HNICEM), The Institute of Electrical and Electronics

                     Engineers Inc. (IEEE)-Philippine Section, 12-14 November 2013, Henry Sy Hall, De La Salle University,

                     Manila, Philippines,pp. 1-7, 2013. MTMT

       “Other papers [2-10] present the nonlinear dynamic models of a quadrotor.”

  c18     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

                     Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c19     Gyula Mester, Aleksandar Rodic, Négyrotoros robothelikopter modellje és írányítása, A Magyar Tudo-  

       mány Napja a Délvidéken 2012, VMTT, pp. 469-476, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2012.

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  c20     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

                     88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

          c21     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis - Bulletin

       of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, DOI: 10.12700/APH.+11.05.

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          c22     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara-

       International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584-2665, 2015.

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                     „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z) and

       and ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) – (1,1,1),

       while performing a full circle rotation in jaw motion 0 − 2π.”

          c23     Santos Milton C. P., Santana Lucas V., Brandao Alexandre S., Sarcinelli-Filho Mario, UAV Obstacle

       Avoidance using RGB-D System, 2015 IEEE International Conference on Unmanned Aircraft Sys-

       tems (ICUAS), 2015, pp. 312-319, DOI: 10.1109/ICUAS.2015.7152305, ISBN 978-1-4799-6009-5,

       Denver, CO, USA, 9-12 June, 2015,

       http://ieeexplore.ieee.org/stamp/stamp.jsp?tp=&arnumber=7152305&isnumber=7152267. MTMT

       „There are several aerial robot simulators [23], [24] based on the dynamical model obtained using either

       Euler-Lagrange or Newton-Euler formulation.”

          c24     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International  

       Conference Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c25     Jingdu Gao, Yan Zhuang, Jizhong Xiao, Yiwen Zhao, Attitude Tracking Control of a Quadrotor Based on

       Linear Active Disturbance Rejective Control, Proceedings of the 2015 IEEE International Conference on

       Cyber Technology in Automation, Control, and Intelligent Systems (CYBER), pp. 287-292, DOI: DOI:

       10.1109/CYBER.2015.7287950, ISBN: 978-1-4799-8728-3, Shenyang, China, 08-12 june 2015. MTMT

          c26     Ivan Stojkovic, Aleksandar Rodic, Ilija Stevanovic, Comparison of Different Flight Control Techniques for

                     Autonomous Quadrotors, Proceedings of the 56^th ETRAN Conference, pp. RO3.8-1-4, Zlatibor, Serbia,

                     11-14.06.2012. MTMT

       „The quadrotor is satisfactory well modeled [4]-[6] with a four rotors in a cross configuration, as in Fig.1.”

       „For the purpose of testing flight controller the following quadrotor parameters are assumed Table 1 [5]

       [6]. “

          c27     Keke G., Wei L., Liguo T., A Fuzzy Controller: Using Monocular Computer Vision to See and Avoid Obst-

       acle for Quadcopter, Proceedings of the 5^th International Workshop on Computer Science and Engine-

       ering: Information Processing and Control Engineering, WCSE 2015-IPCE, pp. 1-5, paper: 112346,

       Bauman Moscow State Technical University Moscow; Russian Federation, 15-17 April 2015.

       Scopus: 84939499892, MTMT

          c28     İrfan Ökten, Hakan Üçgün, Uğur Yüzgeç, Metin Kesler, Döner Kanat, İnsansız Hava Aracının Dinamik

      Modellenmesi ve Benzetimi, Proceedings of the EEB 2016 Elektrik-Elektronik ve Bilgisayar Sempozyumu,

       pp. 136-141, 11-13 Mayıs 2016, Tokat TÜRKİYE. MTMT

       „Otonom uçuş kontrolüiçin sensörlerden gelen anlık verilerin kontrol edilmesi, Dört rotorlu İHA'ların

       geliştirilmesi sırasında yapılacak olan test uçuşlarında olası güvenlik problemlerini çözebilmek ve

       geliştirme sürecini kolaylaştırmak için döner kanat İHA'lariçin bilgisayar ortamında matematiksel

       modelleme ve benzetim çalışmaları yapılmaktadır [5-8].“.

          c29     Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, No. 3, pp. 324-332, ISSN 1334-4684, DOI: 10.

                     7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The control system of the autonomous quad-rotor helicopter requires accurate position and orientation

                     information [14-18].”

          c30     Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor:

                       Tamás Mankovits, University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c31     SL Podvalny, EM Vasiljev, Synergetic Control of UAV on the Basis of Multi-Alternative Principles, pp. 1-

                     6, DOI: 10.1109/RUSAUTOCON.2018.8501727, Proceedings of the 2018 IEEE International Russian

                     Automation Conference (RusAutoCon), Sochi, Russia, 9-16 Sept. 2018.

                     Scopus, MTMT

          c32     Yazan Mualla, Amro Najjar, Stéphane Galland, Christophe Nicolle, Igor Haman Tchappi, Ansar-Ul-Haque

                     Yasar and Kary Främling, Between the Megalopolis and the Deep Blue Sky: Challenges of Transport with

                     UAVs in Future Smart Cities, Proceedings of the 18^th International Conference on Autonomous Agents and

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                     “The main drawbacks to mention are related to the safety of humans and the integrity of goods with UAV

                     failures [41], and the high amount of energy consumed by UAVs coupled with their limited battery life

                     [31].”

                     „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z)

                     and ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) − (1,1,1),

                     while performing a full circle rotation in jaw motion 0 − 2π.”

          c33     Yazan Mualla, Amro Najjar, Alaa Daoud, Stéphane Gallanda, Christophe Nicolle, Ansar-Ul-Haque Yasar,

                     Elhadi Shakshuki, Agent-based Simulation of Unmanned Aerial Vehicles in Civilian Applications: A Syste-

                     matic Literature Review and Research Directions, Future Generation Computer Systems, Vol. 100, pp.

                     344-364, DOI: 10.1016/j.future.2019.04.051, November 2019.

                     Web of Science, MTMT

          c34     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

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                     17. MTMT

          c35     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c36     Serirojanakul Apichart, Wongsaisuwan Manop, Optimal Control of Quad-rotor Helicopter using State

                     Feedback LPV Method, in: 2012 9^th International Conference on Electrical Engineering/Electronics,

                     Computer, Telecommunications and Information Technology, IEEE, pp. 1-4, DOI: 10.1109/ECTICon.

                     2012.6254219, 2012. MTMT

          c37     Tang J., Yang S., Li Q., Attitude Control of a Class of Quad-Rotor Based on LADRC, in: Jia Y, Du J.,  

                     Zhang W., (edit.) Proceedings of 2017 Chinese Intelligent Systems Conference. CISC 2017, Singapore,

                     Springer Singapore pp. 157-166, DOI: 10.1007/978-981-10-6499-9_16, ISBN 978-981-10-6498-2, 2017.  

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          c38     Lin Luo, Zhongzhi Li, Quadrotor Track Control Based on Single Neuron PID Controller, Journal of Aero-

                     space Science and Technology, Vol. 05, Issue 03, pp. 136-142, DOI: 10.12677/JAST.2017.53015, 2017.

          c39     Chen Rongbao, Liu Yang, Wang Qianlong, Jiang Honghui, Tang Dawei, The Research on the Pre Block-

                     ing Scheduling Method for Elevated Road Based on Video, in: Proceedings of the 2017 International Con-

                     ference on Applied Mathematics, Modeling and Simulation (AMMS 2017), DOI: 10.2991/amms-17.2017.

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          c40     Yazan Muallaa, Wenshuai Baia, Stéphane Gallanda, Christophe Nicolle, Comparison of Agent-based Si-

                     mulation Frameworks for Unmanned Aerial Transportation Applications, Procedia Computer Science,

                     Vol. 130, pp. 791-796, DOI: 10.1016/j.procs.2018.04.137, 2018.

                     Web of Science, MTMT

          c41     Jiao Songming, Gao Haiyue, Zheng Xiaokun, Liu Dengpan, Fault Tolerant Control Algorithm of Hexaro-

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                     8829329, 2020.

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                     „Since the flight environment and movement mode of the hexarotor UAV are relatively complex, the follo-

                     wing assumptions are made to simplify the modeling work for the convenience of analysis [8]:”

          c42     Eltayeb Ahmed, Rahmat Mohd Fua’ad, Basri Mohd Ariffanan Mohd, Sliding Mode Control Design for the

                     Attitude and Altitude of the Quadrotor UAV, International Journal on Smart Sensing and Intelligent Sys-

                     tems, Vol. 13, Issue 1, pp. 1-13, DOI: 10.21307/ijssis-2020-011, eISSN1178-5608, 2020.

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          c43     Damir Šoštarić, Gyula Mester, Drone SLAM Using TDOA-RSS Signal with Applied EKF on PF Data,

      FME Transactions, ISSN: 1451-2092, Vol. 47, No. 4, pp. 914-924, DOI:10.5937/fmet1904914S, 2019.

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          c44     Glen Throneberry, C. M. Hocut and A. Abdelkefi, Multi-rotor Wake Propagation and Flow Development

       Modeling: a Review, Progress in Aerospace Sciences, published by Elsevier, Vol. 127, pp. 1-36, ISSN

       0376-0421, DOI: 10.1016/j.paerosci.2021.100762, 2021. MTMT

          c45     Mohd Fuaad Rahmat, Ahmed Eltayeb, Mohd Ariffanan Mohd Basri, Adaptive Feedback Linearization

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      No. 4, pp. 1-17, ISSN: 2229-838X, DOI:10.30880/ijie.2020.12.04.001, 2020. MTMT

      „The Newton-Euler formalism  is  commonly  used  to  drive  the  mathematical  model  of the  quadrotor

      [1]-[4].”

          c46     Yazan Mualla, Explaining the Behavior of theses.hal.science Remote Robots to Humans: an Agent-based

      Approach, Th`ese de doctorat, Université Bourgogne Franche-Comté, p. 248, 2020. English. NNT: 2020

      UBFCA023. MTMT

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                     условиях движения с возмущающими воздействиями, журнал: Вестник Воронежского

       государственного технического университета, УДК 519.6, 2015. MTMT

          c48     Glen Throneberry, Enhancements of Drones’ Capabiliities Through Flight Dynamics and Uncertainty Qu-

      antification, Doctoral dissertation, 28861422, New Mexico State University, 2021. search.proquest.com

      MTMT

          c49     Sylvia Martinez Estelles, Study and Suppression of Vibrations in Rotary-wing Unmanned Aerial Vehicles,

                     Doctoral thesis, p. 175, City, University of London, 2016. MTMT

       https://openaccess.city.ac.uk/id/eprint/17441/

       „It is based on the combination of the two Euler’s laws, the linear and angular momentum equations, for

       obtaining the equations governing the spatial behaviour of a rigid body subjected to external forces and

       moments [24,25,45,47,54-60].”

          c50     Tuğçe Oflaz, Dört rotorlu hava aracının irtifa denetimi için doğrusal olmayan denetleyici tasarımı ve

       uygulaması, MSc. Thesis, DSpace Repository, p. 86, Yildiz Teknik Üniversitesi, Istanbul, 2013. MTMT

       yildiz.edu.tr

          c51     Rongbao Chen, Yang Liu, Qianlong Wang, Honghui Jiang, Dawei Tang, The Research on the Pre Block-

      ing Scheduling Method for Elevated Road Based on Video, Advances in Intelligent Systems Research, At-

      lantis Press, Vol. 153, pp. 411-418, DOI: 10.2991/amms-17.2017.91, International Conference on Applied

      Mathematics, Modeling and Simulation (AMMS 2017), 2017. MTMT

      atlantis-press.com,

      „If the number of vehicles on the viaduct increases sharply, the taxi speed will slow down at the same time

      [11].

          c52     Lin Luo, Zhongzhi Li, Quadrotor Track Control Based on Single Neuron PID Controller, Journal of Aero-

                     space Science and Technology, pp. 136-142, DOI: 10.12677/jast.2017.53015, 2017. MTMT

          c53     Мельник, Н.О., Полная математическая модель беспилотного летательного аппарата вер толет-

                     ного типа в условиях движения с возмущающими воздействиями. In Всероссийская научная конфе-

                     ренция по проблемам управления в технических системах, No. 1, pp. 340-344, eLIBRARY ID: 2489

                     5771, 2015. MTMT

          c54     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, Vajdasági Magyar Tudományos Társaság, pp. 1-5,

                     ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c55     Mualla, Yazan, Amro Najjar, Stéphane Galland, Christophe Nicolle, Igor Haman Tchappi, and Kary Främ-

                     ling, Between the Megalopolis and the Deep Blue Sky: Challenges of Transport with UAVs in Future

                     Smart Cities, AAMAS, pp. 1649-1653, 2019. MTMT

                     „The main drawbacks to mention are related to the safety of humans and the integrity of goods with UAV

                     failures [41], and the high amount of energy consumed by UAVs coupled with their limited battery life

                     [31].”

          c56     Agus Sofwan, M Ikrar Yamin, Budi Santoso, Sistem Pengendalian Kestabilan Pesawat Tanpa Awak

                     Berbasis kontrol PID, Sinusoida Vol: XXV No.1, pp.42-51, ISSN 1411-4593, Juli 2023.

          c57     李一波 and 宋述锡, 2013. 基于模糊自整定 PID 四旋翼无人机悬停控制. 控制工程, 20(5), pp.910-914.

          c58     Sun, X., Wang, D., Zhan, Z., Cui, Y. (2024). Design of Dual-Rotor Vehicle Controller Based on Auto Dis-

                     turbance Rejection. In: Qu, Y., Gu, M., Niu, Y., Fu, W. (eds) Proceedings of 3^rd 2023 International Confe-

                     rence on Autonomous Unmanned Systems (3^rd ICAUS 2023). ICAUS 2023. Lecture Notes in Electrical

                     Engineering, Vol 1176, DOI: 10.1007/978-981-97-1099-7_2, Springer, Singapore.

          c59     Oflaz, T., 2013. Dört rotorlu hava aracının irtifa denetimi için doğrusal olmayan denetleyici tasarımı ve

                     uygulaması (Master's thesis, Fen Bilimleri Enstitüsü).

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                     2788-5518-2024-01-07-01, 2024.

          c61     罗林, 李中志. 基于单神经元 PID 控制器的四旋翼飞行器航迹控制. Journal of Aerospace Science and

                     Technology. 2017 Jul 6;5:136.

 

D81. Aleksandar Rodic, Milos Jovanovic, Svemir Popic, Gyula Mester, Scalable Experimental Platform for Research, Development, and Testing of Networked Robotic Systems in Informationally Structured Environments, Proceedings of the IEEE SSCI 2011, Symposium Series on Computional Intelligence, Workshop on Robotic Intelligence in Informationally Structured Space, pp. 136-143, ISBN: 978-1-4244-9885-7, DOI: 10.1109/RIISS.2011.5945779, Paris, France, 2011. MTMT 30/47

Gs cit 64, Scopus, Google Scholar: 5982443299236431897, Research Gate, MTMT: 1665133.

          c1       Mirjana Filipovic, Ljubinko Kevac, Branimir Reljin, Comparative Analysis of Two Configurations of a Ae-

       rial Robot, Proceedings of the SISY 2012 IEEE 10^th Jubilee International Symposium on  Intelligent Sys-

                     tems and Informatics, pp. 211-216, ISBN: 978-1-4673-4750-1, Subotica, Serbia, September 20-22, 2012.

       Google Scholar: 763541738798451572, MTMT

          c2       Mirjana Filipovic, Ana Djuric, Ljubinko Kevac, Contribution to the Modeling of Cable-Suspended Paral-

                     lel Robot Hanged on the Four Points, Proceedings of the International Conference on Intelligent Robots

                     and Systems IROS, IEEE/RSJ, pp. 3526-3531, ISBN: 978-1-4673-1737-5, DOI 10.1109/IROS.2012.

                     6385507, Vilamoura-Algarve, Portugal, Oct. 7-12, 2012.

       “The CPR-A system is in a process of developing at the Mihajlo Pupin Institute, which is a part of a more

       complex system. See Fig. 10 and paper [10]”.

       Web of Science: 000317042704014, Google Scholar: 5081762789269778355, MTMT

          c3       Mirjana Filipovic, Ana Djuric, Ljubinko Kevac, The Mathematical Model of Aerial Robot in Purpose In-

                     creasing of its Autonomy, Proceedings of the 20^th Telecommunications Forum TELFOR, pp. 1575 - 1578,

                     ISBN 978-1-4673-2983-5, DOI 10.1109/TELFOR.2012.6419523, Belgrade, Serbia, 20-22 Nov. 2012.

      Web of Science: 000316626800371, Google Scholar: 1722392576971437312, MTMT

          c4       Mirjana Filipovic, Ljubinko Kevac, Ana Djuric, Future Directions for Implementation of Aerial Robot,

                     Proceedings of the 10^th International Symposium on Electronics and Telecommunications ISETC, pp. 91-

                     94, ISBN 978-1-4673-1177-9, DOI 10.1109/ISETC.2012.6408108, Timisiora, Romania, 15-16 Nov. 2012.

       Web of Science: 000318702700021, Google Scholar: 15313959483849906451, MTMT

          c5       Fernandez German Carro, Gil Manuel Castro, Perez Francisco Mur, Remote Robotic Laboratory as Nexus

                     Between Students and Real Engineering, Proceedings of the 15^th IEEE International Conference on Iterac-

                     tive Collaborative Learning ICL, pp. 1-4, ISBN 978-1-4673-2425-0, DOI 10. 1109/ICL.2012.6402136,

                     Villach, Austria, 26-28 Sept. 2012.

       Web of Science: 000335746300108, Google Scholar: 8050028709846537013, MTMT

          c6       Mirjana Filipovic, Cable-suspended Parallel Robot Hanged on the Four Points and Powered by Four Mot- 

                     ors-Reference Frame, Proceedings of the Conference Infoteh-Jahorina, Vol. 12, pp. 514 -519, March 2013.

                     Google Scholar: 447170853991730034, MTMT

       “The CPR system is in a process of developing at the Mihajlo Pupin Institute. See Fig. 6 and paper [10].”

          c7       Mirjana Filipovic, The Dynamic Response of the Cable-Suspended Parallel Robot Hanged on the Four Po-

                     ints and Powered by Four Motors, Proceedings of the Conference Infoteh-Jahorina, Vol. 12, pp. 520 -525,

                     March 2013.

                     Google Scholar: 15359809737187315920, MTMT

       “The CPR device is developed in the Mihajlo Pupin Institute and is used to observe space. It is a part of

       more complex system presented in [10] Simulation Results.”

          c8       Rodić, A. and Stojković, I., Building of Open-Structure Wheel-Based Mobile Robotic Platform, in: Inter-

                     disciplinary Mechatronics (eds M. K. Habib and J. P. Davim), John Wiley & Sons, Inc., Hoboken, pp. 385-

                     421, ISBN: 9781848214187, DOI: 10.1002/9781118577516.ch15, NJ, USA, 2013. MTMT

          c9       German Carro Fernandez, Modeling of a Telematic Control System for Robotic Equipment (Sicter), p. 87,

                     09-10-2012, Unesco Code: 120314, 331115, work end of master, Department of Electrical and Electron-

                     ics Engineering and Control, School Of Industrial Engineers National University For Distance Education,

                     http://ohm.ieec.uned.es/portal/wpcontent/uploads/2013/10/tfm_sicter_German_Carro_v_1_1_en.pdf, 2012.

       Google Scholar: 9158469949154497694, MTMT

       ”Existing Communications: in the same way be defined existing communication systems in the work envi-

       ronment, benefits and disadvantages of the use of wireless systems, [9], [10], or cabled and the possible

       implications for interference, remote control decisions for physical cable through internet access, within

       the same corporate network, locally or via mobile devices or desktops, [11].”

          c10     Ljubinko Kevac, Mirjana Filipović, Ana Đurić, Ivana Kršenković, Analiza uticaja izbora motora na efikas-

                     nost praćenja trajektorija kablovski vođenog robota, Proceedings of 57^th ETRAN Conference, Zlatibor,

                     Serbia, June 3-6, 2013, pp. 1-4, RO2.5.1-4. MTMT

       “U ovom radu je predstavljen jedan sistem sa kablovski vođenom kamerom. Trenutno je u planu relizacija

       jednog ovakvog sistema u Institutu Mihajlo Pupin u Beogradu [7] i veliki uticaj na realizaciju sistema će

       imati izbor motora za kontrolisanje kretanja kamere u prostoru. Iz tog razloga su ovom radu analizi.“

         c11     Mirjana Filipović, Ljubinko Kevac, Ana Đurić, Sinteza i analiza dve konfiguracije kablovski vođenog sis-

                     tema, Proceedings of 57^th ETRAN Conference, Zlatibor, Serbia, June 3-6, 2013, pp. 1-6, RO2.4.1-6.

                     MTMT

       „CPR system se razvija u Institutu Mihajlo Pupin [13].“  

          c12     German Carro Fernandez, Manuel Castro Gil, Elio Sancristobal Ruiz, Miguel Latorre, Gabriel Diaz, Sergio

                     Martin, Pablo Losada, Scaffolding online laboratory experiences as inclusive and motivational tools for

                     students and teachers, Proceedings of the IEEE Frontiers in Education Conference, 2013, pp. 1921 - 1927,

                     ISSN 0190-5848, DOI 10.1109/FIE.2013.6685170, Oklahoma City, OK, USA, 23-26 Oct. 2013.

       Web of Science: 000330839100401, Google Scholar: 8137492297818027294, MTMT

       “That's one of the keys to the modularity and scalability of a system, [14], and it allows its use becomes

       widespread as quickly as possible.”

          c13     Mirjana Filipović, Technical solution Program system AIRCAMA, pp. 1-10, Mihailo Pupin Institute,

                     www.institutepupin.com, University of Belgrade, Belgrade, Serbia, 08.03.2014.

      Google Scholar: 3710241995269716260, MTMT

       “The CPR-A system is in a process of developing at the Mihajlo Pupin Institute [7].”

          c14     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015.  

      Google Scholar: 12544637349042197106, MTMT                              

          c15     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Indecs,

                     Vol.13, No. 1, DOI: 10.79 06/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015.

                     Google Scholar: 10153990503926814707, MTMT

       “Also they have physical constraints such as size, shape, power supply, motion mode and working

       environment [7-9].”

          c16     János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 13, No. 1, DOI: 10.7906/indecs.13.1.5,

                     ISSN 1334-4684, pp. 34-40. 2015.

       Web of Science, Google Scholar: 1217132761466080270, MTMT

          c17     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzitet u

                       Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

  c18     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c19     Mester Gyula, Szervizrobotok, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86-

                     86-88077-02-6, Újvidék, Szerbia, november 13, 2010, 2011. MTMT 

          c20     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

       88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

          c21     Carro Fernandez, German; Carrasco Borrego, Ramon; Plaza Merino, Pedro; Canas Lopez, Maria Angel- 

       es; Sancristobal Ruiz, Elio; Castro Gil, Manuel; Mur Perez, Francisco; Mechatronics and Robotics as Mo-

       Motivational Tools in Remote Laboratories, Proceedings of the Global Engineering Education Conference

       (EDUCON), 2015 IEEE, Tallinn, Estonia, DOI: 10.1109/EDUCON.2015.7095960, Publisher: IEEE, pp.

       118-123, 18-20 March 2015.

       Web of Science, Google Scholar: 8667566258534564351, MTMT

          c22     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin

                     of Engineering, Tome VIII, Fascicule 3 (July - September), pp. 121-125, ISSN 2067 - 3809, 2015.

       Google Scholar:11405780311557937599, MTMT

          c23     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:10.13140/RG.

       2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c24     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

       Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c25     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, No. 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI:10.

                     7906/indecs.14.2.7, 2016.

                     Web of Science, Google Scholar: 3069870268489633444, MTMT

          c26     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

      “Nove Tehnologije u Nastavi”, Zbornik radova, paper No.T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

       Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c27     Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description of

      Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 14, No. 1, ISSN 1334-4684, DOI: 10.

      7906/indecs.14.1.1, pp. 1-9, 2016.

       Web of Science, Google Scholar: 13807655955226877977, MTMT

          c28     Pragna Das and Lluís Ribas-Xirgo, Predicting Battery Level Analysing the Behaviour of Mobile Robot,

                     Proceedings of the 17^th Workshop of Physical Agents, WAF2016, pp. 91-98, Malaga, Spain, June 16-17,

                     2016. MTMT

       „To avoid a gap between the abstract idea and the actual implementation of the system, prototyping

       proves to be a beneficial approach for researches and other professionals [13].”

          c29     Mirjana Filipovic, Program system AIRCAMD, Cable Suspended Parallel Robot, CPR-D, Technical Re-

       port, January 2012, pp. 1-9, University of Belgrade, Institute Mihajlo Pupin, Belgrade, Serbia. MTMT

       „CPR-D system can be part of a more complex system as presented in [3].”

          c30     Péter Hell; Miklós Mezei; Péter János Varga, Drone Communications Analysis, 2017 IEEE 15^th Internatio-           

                     nal Symposium on Applied Machine Intelligence and Informatics (SAMI), IEEE Conference Publica-

                     tions, pp. 213-216, DOI: 10.1109/SAMI.2017.7880305, January 26-28, 2017, Herl’any, Slovakia.

                     WoS, Scopus, MTMT

       „In the event of a connection loss, resynchronizing the drone can take up to several seconds [4], [5].”

          c31     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Indecs, Vol. 18, No. 3,

                     pp. 369-374, DOI: 10.7906/indecs.18.3.6, 2020.

      Web of Science, MTMT

      „This model is one of the technologies determining the near future and is therefore an important element of

       both R&D [2] and education [3, 6].”

          c32     Daniel Tokody, Laszlo Ady, Luca F. Hudasic, Péter János Varga, Péter Hell, Collaborative Robotics Rese-

                     arch: Subiko Project, 13^th International Conference Interdisciplinarity in Engineering (INTER-ENG 2019),

                     Science Direct Procedia Manufacturing, Vol. 46, pp. 467–474, 2020.

                     Web of Science, Scopus, MTMT

          c33     M. Filipović, S. Popić, M. Jovanovic i A. Rodić, Sistem za observaciju radnog prostora, Zbornik 30.

                     Medjunarodnog kongresa o procesnoj industriji, pp. 1-9, Beograd, Serbia, 2017. MTMT

                    „Sistem nosača kamere koji se razvija u Institutu Mihajlo Pupin, i koji observira prostor je sastavni deo

                     složenijeg sistema predstavljenog u [9].”

          c34     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Confe-

                     rence INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Proce-

                     edings published 31 December 2020, Vol. 63, No. 60, pp. 1-6, DOI: 10.3390/proceedings2020063060.

                     MTMT

       „These principles need to be incorporated into the legal framework [13] and into the educational materials

       that define the daily approach [14–18].”

          c35     Rodić Aleksandar, Stevanović Ilija, Jovanović Miloš, Smart Cyber-Physical System to Enhance Flexbility

      of Production and Improve Collaborative Robot Capabilities – Mechanical Design and Control Concept,

      in: Moulianitis V. C., Koustoumpardis P.N., Aspragathos N. A., (edit.), Advances in service and industrial

                     robotics, RAAD 2018, Cham: Springer International Publishing, DOI:10.1007/978-3-030-00232-9_66, pp.

                     627-639, Chapter 66, ISSN: 2211-0984, 2019.

       Web of Science, MTMT

          c36     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Indecs, Inter-

       disciplinary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 20, No. 1,

       pp. 44-49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c37     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.

          c38     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.

          c39     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.

          c40     Jelena Pisarov, 5G i samovozeći automobili, Proceedings of the XXVI Skup Trendovi razvoja: “Inovacije

                     u modernom obrazovanju”, pp. 1-4, Paper No. T2.2-4, ISBN 978-86-6022-241-3, Kopaonik, 16-19.02.

                     2020. MTMT

          c41     Aleksandar Rodić, Jovan Šumarac, Ilija Stevanović & Miloš Jovanović, Cloud-Enabled Bi-manual Colla-

                     borative Robot with Enhanced Versatility for Customized Production, Advances in Service and Industrial

                     Robotics, RAAD 2021, Mechanisms and Machine Science, Vol 102, pp 240–249, ISBN: 978-3-030-

                     75258-3, DOI: 10.1007/978-3-030-75259-0_26, Springer, Cham, 2021. MTMT

          c43     Habib F. Rashvand, Kuei-Fang Hsiao, Robotic Platforms and Their Applications, Journal of Platform Tec-

                     hnology, Vol. 2, No. 4, pp. 3-33, ISSN 2289-0181, 2014. MTMT

          c44     Dr.  Bhaskar S, Kunamaneni Likhitha, Cloud Robotics, International Journal of Research Publication and

                     Reviews, Vol 3, No. 7, pp 2280-2283, ISSN 2582-7421, July 2022. MTMT

                     www.ijrpr.com 

                     „Common protocols for machine-to-machine (M2M) communications include proactive routing, whics in-

                     volves the periodic exchange of messages so that routes to every possible destination in the network is ma-

                     intained [3], and ad hoc routing, which forms a dynamic route to a destination node only when there is a 

                     message that needs to be sent [4].”

          c45     German Carro Fernandez, Modeling of a Telematic Control System for Robotic Equipment (sicter), master

                     thesis, p. 87, Unesco Code: 120314, 331115, academia.edu, 2012. MTMT

                     „Existing Communications: in the same way be defined existing communication systems in the work envi-

                     ronment, benefits and disadvantages of the use of wireless systems, [9], [10], or cabled and the possible

                     implications for interference, remote control decisions for physical cable through internet access, within

                     the same corporate network, locally or via mobile devices or desktops, [11].

          c46     Jelena Pisarov, Szerbiai fizikusok 2020-as ranglistája, Vajdasági Magyar Tudományos Társaság, Magyar

                     Tudomány Napja a Délvidéken konferencia kiadvány, pp. 1-5, ISBN: 978-86-88077-12-5, Újvidék,

                     Szerbia, 2020.11.14. MTMT

          c47     Gyula Mester, Autonomni samovozeći automobili, Proceedings of the YuInfo Conference 2018, pp. 59-62,

                     ISBN: 978-86-85525-21-6, Kopaonik, Serbia, 11-14.03.2018. MTMT

          c48     Cruz, Elijah Malcolm Graça do Nascimento Vera, Avaliação de cenários 5G, Dissertação de mestrado,

                     Iscte - Instituto Universitário de Lisboa, p. 89, 2018. MTMT

                     https://repositorio.iscte-iul.pt/handle/10071/18208

                     „No caso de uma perda de conexão, ressincronizar o Drone pode levar vários segundos [44], [45].”

          c49     Filipović, M. et al., Sistem za observaziju radnog prostora. Zbornik Međunarodnog kongresa o procesnoj

                     industriji, Vol. 24, No. 1, Union of Mechanical and Electrotechnical Engineers and Technicians of Serbia

                      (SMEITS) Society for Process Engineering, 2011. MTMT

          c50     Das, P. and Ribas-Xirgo, L., Predicting Battery Level Analysing the Behaviour of Mobile Robot. In XVII           

                     Workshop of Physical Agents Book of Proceedings, pp. 91-98, 2016. MTMT

          c51     Mirjana Filipović, Ljubinko Kevac, Ana Djurić, Sinteza i analiza dve konfiguracije kablovski vođenog

                     sistema, Proceedings of 57^th ETRAN Conference, pp. RO2. 4.1-6, COBISS.SI-ID-13085979, Zlatibor,            

                     Serbia, June 3-6, 2013. MTMT

          c52     Edina Albininé Budavári and Zoltán Rajnai, The Role of Additional Information in the Control System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 21, issue 2, pp. 174-179, ISSN 1334-

                     4684, DOI: 10.7906/indecs.21.2.6, 2023. MTMT

 

D82. Gyula Mester, Felsőoktatási világranglisták 2011, Proceedings of the Informatika a felsőok-

tatásban 2011 konferencia, Cser L., Herdon M., edit., pp. 269-277, ISBN 978-963-473-461-1,

Debreceni Egyetem Informatikai Kar, Debrecen, Hungary, 2011 augusztus 24-26.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, ISBN: 978 86 7892

                     495 9, Maribor, Pohorje, Slovenija, 18-21.02.2013. MTMT

          c2       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

                     ETRAN, paper RO3.5.1-3, pp. 1-3, Zlatibor, Srbija, 3-6. juna 2013. MTMT

          c3       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013. április 13. MTMT

          c4       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c5       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT 

          c6       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c7       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

                     2810, 2018. MTMT

       „Az egyetemek rangsorolása a világranglistán igen fontos az egyetemen működő doktori iskolák szem-             

       pontjából is [2-5].”

          c8       Jelena, Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

       razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,    

       paper No. UP4.1, ISBN 978-86-6022-313-7, 2021. MTMT

          c9       Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c10     László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

      Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c11     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G Network, XXIX Skup

                     Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7.,

                     ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c12     César Bautista, Importance of Virtualization Inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                     izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Srbija, 8 - 11. 02.2023. MTMT

          c14     Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-60

                     22-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, TREND 2022, XXVIII

                     Skup Trendovi Razvoja:“Univerzitetsko obrazovanje za privredu”, pp. 394-397, ISBN 978-86-6022-401-1,

                     Kopaonik, Srbija, 14-17. 02. 2022. MTMT

          c16     Mester Gyula, Szerbiai robotikai kutatók 2020-as ranglistája, Vajdasági Magyar Tudományos Társaság,

                     on-line konferencia, pp. 321-331, ISBN: 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.14. MTMT

          c17     Mester Gyula, Repülő robot autók, Magyar Tudomány Napja a Délvidéken 2019, Vajdasági Magyar Tudo-

                     mányos Társaság, pp. 405-414, ISBN: 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c18     Gyula Mester, 2022 Ranking of Researchers at the University of Belgrade, Review of the National Center

                     for Digitization, Publisher: Faculty of Mathematics, University of Belgrade, Vol. 41, pp. 74-80, ISSN:

                     1820-0109, 2022.

          c19     Gyula Mester, Prikaz Programa Matlab & Simulink verzija R2022a, TREND 2022, XXVIII Skup Trend-

                     ovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 324-327, ISBN 978-86-6022-401-1, Kopaonik,

                     Srbija, 14-17. 02. 2022. MTMT

          c20     Gyula Mester, Najbolje rangirani istraživači Univerziteta u Beogradu u 2021 god., In: Vladimir Katić

                     (szerk.) XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Srbija,

                     University of Novi Sad, 470 p. pp. 447-450, ISBN 978-86-6022-313-7, Kopaonik, Srbija, 15-18.02.2021.

                     MTMT

          c21     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, In: Vladimir Katić (szerk.)

                     XXVII Skup Trendovi Razvoja: “On-line Nastava na Univerzitetima”, Novi Sad, Srbija, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, Kopaonik, Srbija, 15-18.02.2021. MTMT

          c22     Gyula Mester, Univerziteti Regiona na Šangajskoj Rang Listi ARWU 2017, XXIV Skup Trendovi Razvoja:

                     Digitalizacija Visokog Obrazovanja, Zbornik Radova, paper No. T 2.2-2, pp.1-4, ISBN: 978-86-7892-998-

                     4, Kopaonik, Serbia, 21-23.02.2018. MTMT

          c23     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-17.02.2022. MTMT

          c24     Gyula Mester, Ranking of Hungarian Scientists Using h-index, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 21, Issue 4, pp. 333-340, DOI: 10.7906/indecs.21.4.2, 2023.

                     Web of Science, MTMT

          c25     Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                     pp. 67-74, ISBN: 978-963-449-272-6, Budapest, 2021 november 18-19. MTMT

          c26     César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                     IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c27     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c28     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10. 

                     13140/RG.2.2.32758.31043, 2025.

          c29     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c30     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c31     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c32     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c33     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c34     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c35     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c36     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

          c37     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c38     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, A Magyar Tudomány Napja a Dél-

                     vidéken, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c39     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában-a mesterséges intelligencia

                     forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest, Hungary,

                     november 9-10, 2023.

          c40     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. 

          c41     Namik Delilovic, Implementing Advanced Amazon AWS Authentication Capabilities for the Robot Test-

                     Automation Framework, Yuinfo 2022, pp. 1-6, Issue 28, Kopaonik, Serbia, 2022.

D83.  Gyula Mester, The Evaluation of the Impact Factor of the Journal Acta Polytechnica Hunga-

rica, Proceedings of the TREND 2011, 15^th Conference: Doctoral studies in Serbia, region and EU,

pp. 70-73, ISBN 978-86-7892-323-4, Kopaonik, Serbia, 07-10.03.2011.  

Research Gate, Google Scholar: 5300478960586661236, MTMT.

          c1       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, ISBN: 978 86 7892

                     495 9, Maribor, Pohorje, Slovenija, 18-21.02.2013. MTMT

          c2       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

                     ETRAN, pp. 1-3, paper RO3.5.1-3, Zlatibor, 3-6. juna 2013. MTMT

          c3       Gyula Mester, Új tudományos eredmények mérése, Proceedings of the Kandó Konferencia, pp. 1-10, ISBN

                     978-615-5460-24-1, Budapest, Hungary, 2014 november 20. MTMT

          c4       Mester Gyula, Honlap szerkesztése Google Tudós alkalmazásával, Magyar Tudomány Napja a Délvidéken

                     2013, (november 23), Vajdasági Magyar Tudományos társaság, pp. 674-679, ISBN 978-86-88077-06-4,  

                     Újvidék, Szerbia, 2014. MTMT

          c5       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c6       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c7       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

                     RG.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.

                     MTMT

          c8        Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

       DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c9       Jelena, Pisarov, On-Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, ISBN 978-86-6022-313-7, 2021. MTMT

          c10     Milica, D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of

                     Novi Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c11     László Berek, A Decade of Predatory Journals with an Overview of the Literature, IPSI Transactions on

       Internet Research, Vol. 18, No. 1, pp. 4-8, ISSN 1820 – 4503, January 2022. MTMT

          c12     Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup Tren-

                     dovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7, ISBN

                     978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c13     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c14     César Bautista, Importance of virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                     “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                     554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c15     Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

       izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

       Serbia, 8 - 11. 02. 2023. MTMT

          c16      Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-

                      6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023. MTMT

          c17      Gyula Mester, The Latest Ranking List of Researchers at the University of Novi Sad in 2023, Review of

                      the National Center for Digitization, pp. 49-55, Faculty of Mathematics, University of Belgrade, ISSN:

                      1820-0109, Issue: 42, 2023. MTMT

          c18      César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                      Conference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp.

                      394-397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c19      Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1,

                      pp. 29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c20      Zilahy Dalma, Az önvezető autók elfogadásában alul értékelt tényezők, XXXVII.  Kandó Konferencia,

                      pp. 67-74, ISBN: 978-963-449-272-6, 2021 november 18-19. MTMT

          c21      César Bautista, Markovian Model-Based Safety Analysis in Perception Systems Inside Self-Driving Cars,

                      IPSI Transaction on Internet Research, Vol. 18, No. 1, pp. 9-16, ISSN: 1820-4503, January 2022. MTMT

          c22      Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                      2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

                      MTMT

          c23      Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Vajdasági Magyar Tudományos

                      Társaság, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c24      Jelena Pisarov, Ranking of Safety Systems Scientists, Research Gate, pp. 1-6, 2023. MTMT

          c25      Jelena Pisarov, Ranking of Researchers from Belgrade 2023, pp. 1-6, 2023. MTMT

          c26      Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                      cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, KSC2023, pp. 105-115, Budapest,

                      Hungary, november 9-10, 2023. MTMT

          c27      Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, Research Gate,

                      pp. 1-6, 2023. MTMT

          c28      Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c29      Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                      nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c30     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

                     MTMT

          c31     Dalma Zilahy, 2025 World Ranking of Flying Cars Researchers, Research Gate, pp. 1-5, 2025.

          c32     Jelena Pisarov, 2025 World Ranking of Intelligent Robots Researchers, Research Gate, pp. 1-4, DOI: 10.  

                     13140/RG.2.2.32758.31043, 2025.

          c33     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c34     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c35     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c36     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c37     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c38     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c39     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

          c40     Jelena Pisarov, Önvezető autók okos városokban, Conference: SSSCC 2020 - European Smart Sustainable

                     and Safe Cities Conference, pp. 1-6, Budapest, Hungary, 2020.

          c41     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

D84. Aleksandar Rodic, Gyula Mester, Virtual WRSN-Modeling and Simulation of Wireless Robot-

Sensor Networked Systems, Proceedings of the 8^th IEEE International Symposium on Intelligent Systems and Informatics, SISY 2010, pp. 115-120, DOI: 10.1109/SISY.2010.5647245, ISBN: 978-1-4244-7394-6, Subotica, Serbia, 10-11 Sept. 2010. MTMT 17/37 GS cit. 67

Scopus, Research Gate, Google Scholar: 14323719133446363691, MTMT: 1665135.

          c1       Aleksandar Rodic, Khalid Addi, Mirko Jezdimirovic: Sensor-Based Intelligent Navigation and Control of

                     Autonomous Mobile Robots for Advanced Terrain Missions, Scientific Technical Review, Vol. 60, Issue 2,

                     pp. 7-15, 2010.

                     Google Scholar: 16916809346064154676, MTMT

          c2       Marko Šušić, Aleksandar Ćosić, Aleksandar Ribić and Duško Katić, An Approach for Intelligent Mobile

                     Robot Motion Planning and Trajectory Tracking in Structured Static Environments, Proceedings of the

                     SISY 2011, 9^th IEEE International Symposium on Intelligent Systems and Informatics, pp 17-22, ISSN:

                     1949-047X, DOI: 10. 1109/SISY.2011.6034314, Subotica, Serbia, september 8-10, 2011.

       Google Scholar: 2283908275729948553, MTMT

       „Proposed algorithm for motion planning of mobile robot is implemented in MATLAB package, using

        Virtual WRSN software for mobile robot navigation, given in [12] and [13]”. 

          c3       Aleksandar Rodic, Navigation, Motion Planning and Control of Autonomous Wheeled Mobile Robots in

                     Labyrinth Type Scenarios, Vol. 8, Issue 2, pp. 2-9, Intelligent Service Robotic Systems, Ipsi Journal,

                     Transactions on Internet Research, TIR, ISSN 1820-4503, New York, Frankfurt, Tokyo, Belgrade,

                      http://internetjournals.net, 2012. MTMT

        „To verify the proposed control approach, one characteristic labyrinth scenario with several wheeled

        robots moving around is simulated by use of the Virtual WRSP software toolbox”.

          c4       Aleksandar Rodic, Milos Jovanovic, Svemir Popic, Gyula Mester, Scalable Experimental Platform for Re-

                      search, Development and Testing of Networked Robotic Systems in Informationally Structured Environ-

                      ments, Proceedings of the IEEE SSCI2011, Symposium Series on Computional Intelligence, Workshop on

                      Robotic Intelligence in Informationally Structured Space, pp. 136-143, ISBN: 978-1-4244-9885-7, DOI:

                      10.1109/RIISS.2011.5945779, Paris, France, 2011. MTMT

        „For an experimental verification of the navigation and control algorithms designed for guidance of mobi-

        le robots operating in the informationally structured space with presence of obstacles, corresponding exp-

        erimental test bed station (presented in Fig. 8) [14] as well as complementary simulation software Virtual

        WRSN [13] are developed.”

          c5       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, ISSN 1785-8860, pp. 153-165, 2010,

       Web of Science: 000290427600011, Google Scholar: 16231270646023226469. MTMT

          c6       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

                     ISSN: 1847-6996, 2010.

                     Google Scholar: 2253804250227885355. MTMT

          c7       Rodić, A. and Stojković, I., Building of Open-Structure Wheel-Based Mobile Robotic Platform, in Interdis-

                     ciplinary Mechatronics (eds. M. K. Habib and J. P. Davim), John Wiley & Sons, Inc., Hoboken, ISBN:

                     9781848214187, DOI: 10.1002/9781118577516.ch15, NJ, USA, 2013. MTMT

          c8       Aleksandar Rodic, Gyula Mester, Sensor-based Navigation and Integrated Control of Ambient Intelligent

                    Wheeled Robots with Tire-Ground Interaction Uncertainties, Acta Polytechnica Hungarica, Journal of Ap-

                     plied Sciences, Vol. 10, Issue 3, pp. 113-133, http://www.uni-obuda.hu/journal/Rodic_Mester_41.pdf,

                     (impakt faktor: 0.588), ISSN 1785-8860, DOI: 10.12700/APH.10.03.2013.3.9, Budapest, Hungary, 2013,

       Web of Science: 000322356200008, Google Scholar: 17777528545518539994, MTMT

          c9       Aleksandar Ćosić, Marko Šušić, Duško Katić, Advanced Algorithms for Mobile Robot Motion Planning

                     and Tracking in Structured Static Environments Using Particle Swarm Optimization, Serbian Journal of  

                     Electrical Engineering, Vol. 9, Issue 1, pp. 9-28, DOI: 10.2298/SJEE1201009C, scindeks.ceon.rs, Serbia,

                     2012.

       Google Scholar: 8232643269263968515, MTMT

       “Proposed algorithm for motion planning of mobile robot is implemented in MATLAB package, using

       Virtual WRSN software for mobile robot navigation, given in [16] and [17].”

          c10     Rudra Anil Kumar, G. Murali Krishna, S. Chandra Sekhar, An Efficient Navigation Test Based Remote

                     Control Strategy, International Journal of Reviews on Recent Electronics and Computer Science, pp.  908-

                     912, IJRRECS, Vol. 1, Issue 6, pp. 908-912, ISSN 2321-5461, www.ijrrecs.com, 2013. MTMT

       “In this paper a method is designed with a well efficient framework oriented strategy in which it is accu-

       rate in terms of the performance based strategy followed by the accurate outcome in a well oriented aspect

       towards the entire system respectively [4][7].”

       “Here there is a huge challenge for the present method in which it is accurately designed in a well effecti-

       ive fashion followed by the accurate implementation by the control oriented strategy of the degraded per-

       formance in a well efficient fashion where there is an improvement in the performance in a well respective

       fashion [5][6].”

          c11     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzitet u

                       Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

  c12     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c13     Mester Gyula, Szerviz robotok, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86-

       88077-02-6, Újvidék, Szerbia, november 13, 2010. MTMT

          c14     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

       Srebrno  Jezero, Serbia, 08 - 11. 06. 2015.

                     Google Scholar: 4267919485114118926, MTMT

  c15     Janos Simon, Zlatko Covic, The Internet of Things in Web 2.0 Environment, Proceedings of the 3^rd Interna-

                     tional Conference MechEdu, pp. 164-167, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia.

             Google Scholar: 9800352294666400456, MTMT

          c16     Livija Cveticanin, Vibration of a Robot Arm, Proceedings of the 3^rd International Conference MechEdu, pp.

                     172-174, ISBN 978-86-918815-0-4, 14 -15 May 2015, Subotica, Serbia.

                      GSh: 11656544642601318045, MTMT

  c17     Attila Nemes, Genetic Algorithm-Based Adaptive Fuzzy Logic Systems for Dynamic Modeling of Quadro-

                     tors, Proceedings of the 3^rd International Conference MechEdu, pp. 96-103, ISBN 978-86-918815-0-4, 14-

                     15 May, 2015, Subotica, Serbia.

                     Google Scholar: 16107956822450096193, MTMT

          c18     Mester Gyula, Robotika a felhőkben, Magyar Tudomány Napja a Délvidéken - 2014, VMTT, könyvfejezet,

       pp. 527-533, ISBN 978-86-88077-07-1, Újvidék, Szerbia, 2015. MTMT

  c19     Josip Stepanić, Jelena Ćosić Lesičar, Marko Posavec, Detecting Irregular Dynamics of Autonomous Robo-

             tic Systems Using Information Entropy, Proceedings of the 3^rd International Conference Mech-Edu, pp.

             172-174, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia.

              Google Scholar: 17084101950119264777, MTMT

          c20     Zoltan Rajnai, Bela Puskas, Decision-making Support Software Application Option for Critical Informatio-

       nal Infrastructures. Proceedings of the 33^nd International Scientific Conference Science in Practice, pp. 55-

       61, Schweinfurt, University of Würzburg, May 7-8, 2015, Germany. MTMT

                     „The creation of the software supervising the critical informational infrastructure takes a long time though

                     some elements of it already exist [9].”

          c21     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis – Buletin of

       Engineering, Tome VIII, Fascicule 3 (July-September), pp. 121-125, ISSN 2067-3809, 2015.

       Google Scholar: 11405780311557937599, MTMT

          c22     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c23     Simon János, A tárgyak internete - Internet of Things (IoT), Magyar Tudomány Napja a Délvidéken –

                     2014, VMTT, könyvfejezet pp. 558-566, ISBN 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014.

       Google Scholar: 14378385709421667484, MTMT

       “A felhőalapú számítástechnika elterjedésével az internetszolgáltatók világa alapjaiban megváltozik: 2014-

       ben már nem lesz elég csupán tökéletes szolgáltatónak lenni, sokkal nagyobb szükség lesz megbízható

       internetbrókerekre, akik a szolgáltatók közül válogatva, cserélgetve tudnak kedvezőbb árakon és nagyobb

       megbízhatóság mellett internetet, adatforgalmat kínálni Hiba! A hivatkozási forrás nem található., [15].”

          c24     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

       RG.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.

       MTMT

          c25     Janos Simon, Zlatko Covic, Igor Fuerstner, Laslo Gogolak, Dalibor Dobrilovic, The Web of Things and

       Database Services, Proceedings of International Conference on Applied Internet and Information Techno-

       logies, pp. 235-238, ISBN 978-86-7672-260-0, University of Novi Sad, Zrenjanin, October 23, 2015.

       MTMT

          c26     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Germany, 07-

                     08.05.2015. MTMT

          c27     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, Vol. 14, Issue 2, pp. 223-235, ISSN 1334-4684, DOI: 10.7906/indecs.

                     14. 2.11, e-ISSN 1334-4676, 2016.

                      Web of Science, Google Scholar: 2114222567575200895, MTMT

                     „Together with modelling, the determination of the control algorithm structure is very important [1- 6].”

          c28     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.

                     7906/indecs.14.2.7, 2016.

                    Web of Science, Google Scholar: 3069870268489633444.

          c29     Gyula Mester, Fuzzy-Logic Sensor-Based Navigation of Autonomous Wheeled Mobile Robots in the Gre-

                     enhouse Environments, Ipsi Journal, Vol. 8, Issue 2, pp. 26-31, ISSN 1820-4503, New York, Frankfurt,

                     Tokyo, Belgrade, http://internet journals.net, 2012.

                     Google Scholar: 13718132881812854651, MTMT

         c30     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, DOI: 10.13140/RG.2.1.3451.9203,

                     Novi Sad, Serbia, 11.06.2015. MTMT           

       c31     Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description

                     of Complex Systems, Croatien Interdisciplinary Society, Vol. 14, Issue 1, pp. 1-9, ISSN 1334-4684, DOI:

                     10.7906/indecs.14.1.1, 2016.

                     Web of Science, Google Scholar: 13807655955226877977.

          c32     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

                     Razvoja “Nove Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-78

                     92-805-5, Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c33     Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-Rotor

                     Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, No. 6, pp. 215-234, ISSN 1785-8860, 2016.

                     Web of Science, Scopus, MTMT

          c34     Jelena L. Pisarov, Gyula Mester, The Use of Autonomous Vehicles in Transportation, Tehnika, Vol. 76,

                     Issue 2, pp.171-177, ISSN 0040-2176, DOI: 10.5937/tehnika2102171P, 2021. MTMT

          c35     Aleksandar Rodic, Gyula Mester, Sensor-based Navigation and Integrated Control of Ambient Intelligent

                     Wheeled Robots with Tire-Ground Interaction Uncertainties, Acta Polytechnica Hungarica, Journal of Ap-

                     plied Sciences, Vol. 10, No. 3, pp. 113-133, DOI:10.12700/APH.10.03.2013.3.9, ISSN 1785-8860,

                     Budapest, Hungary, 2013. MTMT

          c36     Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, J.J. Strossmayer University

                     of Osijek, Faculty of Electrical Engineering, Vol. 1, Issue 2, pp. 55- 62, ISSN: 1847-6996, 2010. MTMT

          c37     Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27.

                     ISSN 1820 - 4511, July 2021. MTMT

          c38     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken,

                     pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019. MTMT

          c39     Janos Simon, Zlatko Čović, Igor Fürstner, Laslo Gogolak, Dalibor Dobrilović, The Web of Things and Da-

                     tabase Services, Proceedings of the International conference on Applied Internet and Information Techno-

                     logies AIIT, pp. 235-238, Technical Faculty "Mihajlo Pupin" Zrenjanin, ISBN 978-86-7672-211-2, Serbia,

                     2015.10.23. MTMT

          c40     Attila Nemes, Genetic Algorithm-Based Adaptive Fuzzy Logic Systems for Dynamic Modeling of Quadro-

                     tors, Proceedings of the III^rnd International Conference and Workshop Mechatronics in Practice and Educa-

                     tion, MechEdu 2015, pp. 96-103, ISBN 978-86-918815-0-4, Subotica, Serbia, May 14-16, 2015. MTMT

          c41     Attila Nemes, Fuzzy-Genetic Control of Quadrotor Unmanned Aerial Vehicles, Interdisciplinary Descripti-

                     on of Complex Systems, Indecs, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, 2016.

                     MTMT

          c42     Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-Rotor

                     Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, Issue 6, pp. 215-234, ISSN 1785-8860, 2016.

                     MTMT

          c43     Aleksandar Ćosić, Marko Šušić, Duško Katić, Advanced Algorithms for Mobile Robot Motion Planning

                     and Tracking in Structured Static Environments Using Particle Swarm Optimization, Serbian Journal of

                     Electrical Engineering, Vol. 9, No. 1, pp. 9-28, UDK: 007.52:004.032.26, DOI: 10.2298/SJEE1201009C,

                     2012. MTMT

          c44     Marko Šušic, Aleksandar Ćosić, Aleksandar Ribić, Duško Katić, An Approach for Intelligent Mobile  

                     Robot Motion Planning and Trajectory Tracking in Structured Static Environments Proceedings of

                     the IEEE 9^th International Symposium on Intelligent Systems and Informatics, pp. 17-22, DOI: 10.1109/

                     SISY.2011.6034314, Subotica, Serbia, 08-10 September 2011. MTMT

          c45     Aleksandar Rodić, Ivan Stojković, Building of Open-Structure Wheel-Based Mobile Robotic Platform,

                     Interdisciplinary Mechatronics, Chapter 15, DOI: 10.1002/9781118577516.ch15, 2013. MTMT

          c46     Simon János, A tárgyak Internete, Vajdasági Magyar Tudományos Társaság, pp. 558-566, ISBN 978-86-

                     88077-07-1, 2014. MTMT

          c47     Jishan Li, Zhichao Deng, Yong Feng and Nianbo Liu, Deep-Reinforcement-Learning-Based Joint Energy

                     Replenishment and Data Collection Scheme for WRSN, Sensors, Vol. 24, No. 8, 2386, DOI: 10.3390/s240

                     82386, 2024. MTMT

                     „Benefiting from the advancements in wireless power transfer (WPT) technology [1,2], wireless recharge-

                     able sensor networks (WRSNs) equipped with wireless charging systems have emerged as an effective

                     solution for addressing node energy constraints [3,4].”

          c48     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019. MTMT

          c49     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c50     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudományos

                     Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c51     Liu, Hui, Mobile Robot Transportation in Laboratory Automation, PhD Dissertation, pages 142, Rostock,

                     Universität Rostock. Fakultät für Informatik und Elektrotechnik, 2013, 2015. MTMT

          c52     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

          c53     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

D85. Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of

the International Symposium on Advanced Engineering & Applied Management 40^th Anniversary

in Higher Education, ISBN: 978-973-0-09340-7, pp. 225-230, Faculty, of Engineering Hunedoara,

Hunedoara, Romania, November 4-5, 2010.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D86. Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom

sistemu studija, XVI Skup Trendovi Razvoja: Bolonja 2010, Zbornik radova, edit. Vladimir Katic, pp.

58-61, ISBN 978 86 7892236 7, Kopaonik, Serbia, 01. - 04. 03.2010.  

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Academic Ranking of World Universities 2009/2010, Invited Paper, Vol. 7, No. 1, pp. 44-

                     47, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820 - 4503, New York, Frankfurt, Tokyo,

                     Belgrade, 2011. MTMT

          c2       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February 2015. MTMT

 

D87. Ilija Cosic, Ilija Kovacevic, Goran Andjelic, Vladimir Katic, Gyula Mester, Miodrag Temerinac, Vladimir Todorovic, Milan Radosevic, Zeljko Tekic, Vladimir Djakovic, Harmonizacija strukovnih i akademskih studija u obrazovnom sistemu Republike Srbije, Proceedings of the XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 100-102, ISBN 978 86 789223 6 7, Kopaonik, 01-04.03.2010.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

 

D88. Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of

the SIP 2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0,

Subotica, Serbia, June 3-4, 2010.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D89. Aleksandar Rodic, Dusko Katic, Gyula Mester, Ambient Intelligent Robot-Sensor Networks

for Environmental Surveillance and Remote Sensing, Proceedings of the IEEE SISY 2009, pp. 39-

44, IEEE Catalog Number: CFP0984C-CDR, ISBN: 978-1-4244-5349-8, Library of Congress:

2009909575, DOI 10.1109/SISY.2009.5291141, Subotica, Serbia, Sept. 25-26, 2009.  

MTMT 35/54 GS cit. 68

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          c1       Aleksandar Rodic, Khalid Addi, Mirko Jezdimirovic: Sensor-Based Intelligent Navigation and Control of

       Autonomous Mobile Robots for Advanced Terrain Missions, Scientific Technical Review, Vol. 60, Issue 2,

                     pp. 7-15, 2010.

       Google Scholar: 16916809346064154676, MTMT

          c2       Dusko Katic, Cooperative Multi Robot Systems for Contemporary Shopping Malls, Vol. 8, Issue 2, pp. 10- 

       17, Intelligent Service Robotic Systems, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820-

       4503, New York, Frankfurt, Tokyo, Belgrade, http://internetjournals.net, 2012. MTMT

       “The main concept of multi-robot systems for shopping malls is based on the representation of a multi-pur-

       pose robotic system for service applications with advanced perception and action capabilities [20-23]”.

          c3       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, Issue No. 4, ISSN 1785-8860, pp. 153-165, 2010.

       Web of Science: 000290427600011. Google Scholar: 16231270646023226469, MTMT

          c4       Gyula Mester, Modelling of the Humanoid Robot Motion, Ipsi Journal, Transactions on Advanced Rese-

                     arch Research, TAR, New York, Frankfurt, Tokio, Belgrade, Vol. 7, Issue 1, pp. 21-25, ISSN 1820-4511,

       2011.

       Google Scholar: 14096544848752986399, MTMT

          c5       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ- 

       ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

       ISSN: 1847-6996, 2010.

       Google Scholar: 2253804250227885355, MTMT,

          c6       Evy Troubleyn, Ingrid Moerman, Piet Demeester, QoS Challenges in Wireless Sensor Networked Robotics,

       Wireless Personal Communications, Vol. 70, Issue 3, pp. 1059-1075, DOI 10.1007/s11277-013-1103-2,

       Print ISSN 0929-6212, Online ISSN 1572-834X, paper 11277, Springer Science + Business Media, New

       York, 2013. Science Citation Index Expanded (SciSearch), Journal Citation Reports/Science Edition, Sco-

       pus, 2011. Impact Factor: 0.458.

       Web of Science: 000317842900003, Google Scholar: 9331338190826482082, MTMT

          c7       Sabrina De Capitani di Vimercati, Angelo Genovese, Giovanni Livraga,Vincenzo Piuri, Fabio Scotti, Pri-

       vacy and Security in Environmental Monitoring Systems, Date of Conference: 2-5 Oct. 2012, Satellite Te-

       lecommunications (ESTEL), 2012 IEEE First AESS European Conference on, page(s): 1-6, E-ISBN: 978-

       1-4673-4686-3, Print ISBN: 978-1-4673-4687-0, Rome, DOI: 10.1109/ESTEL.2012.6400161. MTMT

       “Sensing nodes are deployed in a fixed position or may be mobile on board of robots to explore the envi-

       ronment [3]. „

          c8       Sabrina De Capitani di Vimercati, Angelo Genovese, Giovanni Livraga, Vincenzo Piuri, Fabio Scotti, Pri-   

       vacy and Security in Environmental Monitoring Systems: Issues and Solutions, In Vacca, J., editor, Com-

       puter and Information Security Handbook, 2^nd Edition, pp. 835-853, ISBN-9780123943972, DOI: 10.1016

       /B978-0-12-394397-2.00047-7, 2013.

       http://spdp.di.unimi.it/papers/cis13.pdf, Morgan Kaufmann, 2013.

       Google Scholar: 13592604204960994185, MTMT

       “Sensing nodes are deployed in a fixed position or may be mobile on board of robots to explore the

       environment [3].”              

          c9       Alessandro Brawerman, Mauricio Perretto, Felipe Augusto Przysiada, Remote Controlled Terestrial Robo-

       tic Module, Computer Engineering Department, University of Positivo, Curitiba, Parana, Brazil, 2012, pp.

       1-3, http://world-comp.org/p2012/ESA4525.pdf.

       Google Scholar: 16036670238045148224, MTMT

       “The work in [3] presents the development of robots using an approach to sensor network and multi-agent

       systems for movement.”

          c10     Zhang, Guo Peng; Wang, Bo, Research and Application of Robotics Remote Sensing, Mechatronics and

      Materials International Conference on Mechatronics and Materials Processing (ICMMP 2011). Location:

      Guangzhou, Peoples R. China Date: NOV 18-20, 2011, Mechatronics and Materials, Processing I, PTS 1-

      3, Book Series: Advanced Materials Research, Vol. 328-330, ISBN 978-3-03785-238-5, Editors: Liangchi

       Zhang, Chunliang Zhang and Zichen Chen, Trans Tech Publications, pp. 2074-2078, DOI: 10.4028/www.

       scientific.net/ AMR.328-330.2074, Guangzhou, China, 2011.

       Web of Science: 000306989601092, MTMT

          c11     Guo Fuqin, Wang Yuanqing, Study of Remote Sensing and Remote Sensing Robot Technology, 2^nd Interna-

       tional Conference on Green Power, Materials and Manufacturing Technology and Applications II, Locati-

       on: Kunming, Peoples R China Date: Jul 17-19, 2012, ISBN 978-3-03785-496-9, Editors Shaobo Zhong

       and Zhigang Liu, Book Series: Applied Mechanics and Materials, Trans Tech Publications, Vol. 214, pp.

       914-918, DOI: 10.4028/www.scientific.net/AMM.214.914, 2012.

       Web of Science: 000316502800175, MTMT

          c12     Marc Böhlen, Brian Clark, Jordan Dalton, Joe Atkinson, Dave Blersch, Luge Yang, Another Day at the

      Beach Combing Sensor Data with Human Perception and Intuition for the Monitoring and Care of Public

      Recreational Water Resources, Proceedings of the 9^th IEEE International Conference on Intelligent Envi-

      ronments, (IE 2013), Edited by: Augusto, JC; Bourdakis, V; Braga, D; et al., pp. 37-44, ISBN:978-0-7695-

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       “Related questions have been investigated in ambient systems and environment surveillance [15] as well

       as ambient intelligence for water management [13].”

          c13     Rudra Anil Kumar, G. Murali Krishna, S. Chandra Sekhar, An Efficient Navigation Test Based Remote Co-

       ntrol Strategy, International Journal of Reviews on Recent Electronics and Computer Science, IJRRECS,

       Editor: M. Venkat, Vol. 1, Issue-6, pp.  908-912, ISSN 2321-5461, www.ijrrecs.com, 2013. MTMT

       “In this paper a method is designed with a well efficient framework oriented strategy in which it is

       accurate in terms of the performance based strategy followed by the accurate outcome in a well

       oriented aspect towards the entire system respectively [4][7].”

          c14     Istvan Biro, Synthesis of Some Mechanisms Using Natural Coordinates, Interdisciplinary Description of

       Complex Systems, Indecs, Vol. 12, Issue 3, pp. 255-262, ISSN 1334-4684, DOI: 10.7906/indecs.12.3.5,

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       „The position of a rigid body can be determined by three coordinates of one point and three Euler-angles

       which are the reference point coordinates [7, 8].”  

          c15     Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots,

       Interdisciplinary Description of Complex Systems, Indecs, Vol. 12, Issue 3, pp. 245-254, ISSN 1334-4684,

       DOI: 10.7906/indecs.12.3. 4, 2014. MTMT

          c16     Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of the SIP

       2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0, Subotica,

       Serbia, June 3-4, 2010. MTMT

          c17     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex Sys-

       tems, Indecs, Vol. 13, No. 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015.

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          c18     Gregory C. Smith, Shana S. Smith, Digital Human Models, International Journal of the Digital Human,

       Vol. 1, Issue 1, DOI: 10.1504/IJDH.2015.067140, pp. 2-29, 2015.01.01.

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       “The devices are integrated models which consist of frameworks and sensing (seeing, hearing, touching,

       tasting, or smelling), thinking (communicating, remembering, deciding, solving, or learning) and acting

       (speaking, grasping, or moving) models (Kolesnikov-Jessop, 2012; Waurzyniak, 2013; Rodic, et al., 2009;

       Iwata and Sugano, 2009; Mellman and Xu, 2010).”

  c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, Subotica, Serbia, 14-15 May, 2015. MTMT

          c20     Mester Gyula, Szerviz robotok, VMTT Konferencia, Konferencia kiadvány, pp. 470-482, ISBN 978-86-

                     88077-02-6, Újvidék, Szerbia, november 13, 2010. MTMT

  c21     Mester Gyula, Robotika a felhőkben, Magyar Tudomány Napja a Délvidéken - 2014, VMTT Konferencia,

              könyvfejezet, pp. 524-533, ISBN: 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

  c22     Josip Stepanić, Jelena Ćosić Lesičar, Marko Posavec, Detecting Irregular Dynamics of Autonomous Robo-

             tic Systems Using Information Entropy, Proceedings of the 3^rd International Conference Mech-Edu, pp.

             172-174, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia.

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          c23     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp.1-5, 

      Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

     Google Scholar: 4267919485114118926, MTMT

          c24     Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The Use of Information Entropy in Extracting the Ir-

       regularities of Autonomous Systems, Annals of Faculty of Hunedoara-International Journal of Engineering,

       Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015,

       Google Scholar: 3232469149461672735, MTMT

          c25     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Buletin of

       Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

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          c26     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

       2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February 2015. MTMT

          c27     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011.

          c28     M. Farouk Mezghani, La dissémination de contenus dans les réseaux véhiculaires, dissertation, p. 160,

                     Université de Tolouse, France, 2015. MTMT

          c29     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

       Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Germany, 07-08.

       05.2015. MTMT 

          c30     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, No. 2, pp. 182-187, DOI: 10.7906/indecs.14.2.7, ISSN 1334-4684,

                     2016.

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          c31     Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

                     “NoveTehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

                     Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c32     Alan Oliveira de Sá, Nadia Nedjah, Luiza de Macedo Mourelle, Leandro dos Santos Coelho, Multi-Hop

                     Localization Method Based on Tribes Algorithm, pp. 156-170, DOI 10.1007/978-3-319-42092-9_13, Book

                     title: Computational Science and Its Applications – ICCSA, Editors: Osvaldo Gervasi, Beniamino

                     Murgante, Sanjay Misra, Ana Maria A. C. Rocha, Carmelo M. Torre, David Taniar, Bernady O. Apduhan,

                     Elena Stankova, Shangguang Wang, ISBN 978-3-319-42091-2, series title: Lecture Notes in Computer

                     Science, Series Volume 9790, Series ISSN 0302-9743, Springer International Publishing 16^th International

                     Conference, Beijing, China, July 4-7, 2016, Proceedings, Part V, 2016. MTMT

         c33     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, DOI: 10.13140/RG.2.1.3451.9203,

                     Novi Sad, Serbia, 11.06.2015. MTMT

     c34     Alan Oliveira de Sáa, Nadia Nedjahb, Luiza de Macedo Mourelle, Distributed and Resilient Localization

                     Algorithm for Swarm Robotic Systems, Applied Soft Computing, Vol. 57, 738-750, ISSN: 1568-4946,           

                     DOI: 10.1016/j.asoc.2016.07.049, 2017. MTMT

         c35     Nuwan Ganganath Marasinghe Arachchige, Heuristic Search Algorithms with Applications to Path Plan-

                     ning on Uneve Terrains, dissertation, p. 115. The Hong Kong Polytechnic University, Advisors: Cheng,

                     Chi-tsun, Tse, Chi K. (EIE), 2016, http://hdl.handle.net/10397/60327. MTMT

          c36     Sudha P. N., Skanda H. N., Smitha S. Karanth, Suvijith S., Swathi K. S., IOT Based Camouflge Army Ro-

                     bot, JASC: Journal of Applied Science and Computations Volume VI, Issue V, pp. 2614-2619, ISSN:

                     1076-5131, May/2019.

          c37     A. S. Handayani, N. L. Husni, R. Permatasari and C.R. Sitompul, Implementation of Multi Sensor Network

                     as Air Monitoring Using IoT Applications, 34^th International Technical Conference on Circuits/Systems,

                     Computers and Communications (ITC-CSCC), JeJu, Korea (South), 23-26 June 2019, pp. 1-4, ISBN:978-

                     1-7281-3271-6, DOI:10.1109/ITC-CSCC.2019.8793407, 23-26 June 2019.

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                     bot, JASC: Journal of Applied Science and Computations Vol. VI, Issue V, pp 2614-2619, ISSN: 1076-

                     5131, May/2019.

          c39     Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Internati- 

                     onal Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Education,

                     ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

          c40     Andreas Kamilaris, A Review on the Application of Natural Computing in Environmental Informatics,

                     arXiv preprint arXiv:1808.00260, Ecological Informatics, Vol. 1, No. 3, pp. 277-285, 2018. MTMT

                      “Robots have been used in precision agriculture, for weed control [40], plant phenotyping [72] or for

                      assuring optimal growing conditions in greenhouses [28], for supervision, monitoring and remote sensing

                      of territories and lands [69], and for applications that require autonomous behavior in difficult or hazardo-

                      us environments, such as sewers [70], radioactive areas [25] and search and rescue scenarios [54].”

          c41     Timo Bingmann, Scalable String and Suffix Sorting: Algorithms, Techniques and Tools, arXiv preprint

                     arXiv:1808.00963, Efficient Algorithms, Vol. 227, No. 279, pp. 181-185, 2018. MTMT

          c42     De Capitani di Vimercati Sabrina, Genovese Angelo, Livraga Giovanni, Piuri Vincenzo, Scotti Fabio, Pri-          

                     vacy and Security in Environmental Monitoring Systems, in: IEEE 1^st AESS European Conference on Sate-

                     llite Telecommunications, ESTEL 2012, pp. 1-6, DOI: 10.1109/ESTEL.2012.6400161, 2012. MTMT

                     “Sensing nodes are deployed in a fixed position or may be mobile on board of robots to explore the envi-

                     ronment [3].”

          c43     Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet         

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, ISSN 0040-2176, UDC: 004.738:343.

                     7004.3:62-7, DOI:10.5937/tehnika2105690D, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c44     Jordi Palacín, Eduard Clotet, Dani Martínez, Javier Moreno, Marcel Tresanchez, Automatic Supervision

                     of temperature, Humidity, and Luminance with an Assistant Personal Robot, Journal of Sensors, Vol.

                     2017, pp. 1-7, Article ID 1480401, DOI: 10.1155/2017/1480401, 2017. MTMT

       „Moreover, surveillance and intelligent control of outdoor real environments are addressed in [19] by

       using multiple sensor-equipped mobile robot agents robustly designed for land patrolling.”

          c45     Marin Lujak, Noury Bouraqadi, Arnaud Doniec, Luc Fabresse, Anthony Fleury, Abir Karami, Guillaume

                     Lozenguez, Towards Robots-Assisted Ambient Intelligence, 5^th International Conference on Agreement

                     Technologies, AT 2017, Publisher: Springer International Publishing. MTMT

                     “Robot’s decisions and actions can be improved by using non-local information coming from AmI

                     sensors [17] and AmI actuators, e.g., automatic doors [19].”

          c46     Jimy Bazaz, Abita Devi, An Efficient Image Processing based Security Technique using Raspberry Pi, In-

                     ternational Journal of Trend in Scientific Research and Development (IJTSRD), Vol. 2, Issue 5, pp. 2065-

                     2067, ISSN: 2456-6470, DOI: 10.31142/ijtsrd18275, 2018. MTMT

                     https://www.ijtsrd.com/papers/ijtsrd18275.pdf

          c47     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c48     Somashekhara Reddy, Saurabh Kumar Srivastava, An Innovation Development of Smart Robotic System

                     for Autonomous Monitoring, 2023 International Conference on Distributed Computing and Electrical Cir-

                     cuits and Electronics (ICDCECE), Ballar, India, pp. 1-7, DOI: 10.1109/ICDCECE57866.2023.10150806,

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          c49     Anders Wallström Edward Brask, Multi-Robot Collaborative Autonomous Exploration: Efficiently Map-

                     ping an  Unknown Area, Chalmers University of Technology, Master’s thesis, p. 88, Gothenburg, Sweden,

                     2023. MTMT

                     „As such they are required to be aware of their surroundings, which has placed a growing importance on

                     perceiving the environments they operate in [2].”

          c50     Harsh Srivastava, Aishwarya Menon, Sonali Upadhyay, Sharan Inamdar, Transceiver Controlled Spy Ro-

                     bot, International Journal for Research in Applied Science & Engineering Technology (IJRASET), Vol. 9,

                     Issue VI, pp. 4598-4601, DOI: 10.22214/ijraset.2021.36166, ISSN: 2321-9653, June 2021. MTMT

          c51      César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                     ference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-

                     397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14 - 17. 02. 2022. MTMT

          c52      Silvia, A., Halimatussa’diyah2R., Rizky Aldi, R., & Latifah, N., Perancangan Wireless Sensor Network

                      Menggunakan Teknologi Multisensor Sebagai Sistem Monitoring Kualitas Udara, Jurnal Qua Teknika,

                      Vol. 10, Issue 2, pp. 1-13, DOI: 10.35457/quateknika.v10i2.1189, 2020. MTMT

          c53      Marasinghe Arachchige, Nuwan Ganganath, Heuristic Search Algorithms with Applications to Path

                      Planning on Uneven Terrains, Computer Science, Corpus ID: 63724901, 2016.

                      https://api.semanticscholar.org/CorpusID:63724901 MTMT

          c54      Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                      Systems Indecs, Vol. 20, Isse 1, pp. 11-15, DOI: 10.7906/indecs.20.1.2, 2022. MTMT

          c55      Jelena Pisarov, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                      ISSN 1820-4511, July 2021. MTMT

          c56      Tarus Zipporah, PIR Sensor Based Security System, Hae Theseuksesta, Metropolia Ammattikorkeakoulu,

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          c57      Mukesh Kumar Gupta, Nature Inspired Computation, its Applications and Some Future Directions, Inter-

                      national Journal of Advanced Science and Technology Vol. 29, No. 8, pp. 4887-4895, ISSN: 2005-4238

                      IJAST, DOI: 10.13140/RG.2.2.28882.53442, 2020. MTMT

          c58      Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c59      Ricardo da Silva Souza, Uma Plataforma para Integração de Redes de Sensores sem Fio a Aplicações de

                      Robótica Móvel, Dissertation, Universidade Estadual de Campinas Faculdade de Engenharia Elétrica e de

                      Computação, Campinas, pages: 109, SP, 2011. MTMT

                         

D90. Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the

IEEE 7^th International Symposium on Intelligent Systems and Informatics, SISY 2009, pp. 81-84,

IEEE Catalog Number: CFP0984C-CDR, ISBN: 978-1-4244-5349-8, DOI 10.1109/ SISY.2009.

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          c1       Istvan Matijevics, Simon Janos, Control of Greenhouse’s Microclimatic Condition Using Wireless Sensor

       Network, Proceedings of the PROSENSE 3^rd Seminar Ljubljana, Institute Joze Stefan, pp. 25-26, Slovenia,

       November 17-21, 2009. MTMT

          c2       Istvan Matijevics, Simon Janos, Autonomni mobilni robot kao merna stanica u okruzenju staklenika, Proc-

       eedings of the Conference YUINFO 2010, pp. 1-4, ISBN 978-86-85525-05-6, Kopaonik, Serbia, 2010.

       MTMT

          c3       Istvan Matijevics, Janos Simon, Implementation of a Mobile Measuring Station for the Purpose of Measur-

       ing and Controlling the Greenhouse Application, Proceedings of the 10^th International Symposium of Hun-

       garian Researchers on Computational Intelligence and Informatics, Budapest, pp. 723-731, ISBN 978-963-

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          c4       Simon Janos, Goran Martinovic, Matijevics Istvan, WSN Implementation in the Greenhouse Environment

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       Vol. 1, No. 1, pp. 41-48, ISSN 1847-6996, Osijek, Croatia, 2010. MTMT

          c5       Janos Simon, Istvan Matijevics, Implementation of Potential Field Method for Mobile Robot Navigation in   

       Greenhouse Environment with WSN Support, Proceedings of the SISY 2010 IEEE 8^th International Sym-

       posium on Intelligent Systems and Informatics, pp. 319-323, ISBN: 978-1-4244-7394-6, DOI: 10.1109/

       SISY.2010.5647434 Subotica, Serbia, September 10-11, 2010.

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       2010. MTMT

          c7       Sandor Csikos, Robot Remote Control Over the Internet, Proceedings of the SIP 2010, 28^th International       

                     Conference Science in Practice, pp. 41-43, ISBN 978-86-85409-53-0, Subotica, Serbia, June 3-4, 2010.

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          c8       Istvan Matijevics, Simon Janos, Autonomous Mobile Robot Measuring Station in Greenhouse Environment

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       Serbia, June 3-4, 2010. MTMT

          c9        Istvan Matijevics, Web Based Remote Control of Mobile Robot with Video Stream Feedback, ICIST 2011,

        pp. 28-31, 6-9.03.2011. MTMT

          c10      Janos Simon, Istvan Matijevics, Simulation and Implementation of Mobile Measuring Robot Navigation

        Algorithms in Controlled Microclimatic Environment Using WSN, Proceedings of the SISY 2011 IEEE

        9^th International Symposium on Intelligent Systems and Informatics, pp 275-279, DOI:10.1109/SISY.

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          c11      Simon Janos, Matijevics Istvan, Autonomous Mobile Robot as a Measuring Station in Controlled Micro-

        climatic Environment, Proceedings of the XXVI. International Kandó Conference 2011, Science in

        Practice, pp. 1-9, ISBN 978-615-5018-19-0, Budapest, Hungary, 17-18 November 2011. MTMT

        "Using automation in microclimatic environment is possible to expand the production cycle of the crops

        inside the greenhouse but the energy usage factor must be taken into consideration".

                      "This main problem has been addressed by many different techniques that try to solve or at least minimize

                      its impact."

          c12      Simon János, Mobil merőállomás navigációja kontrollált mikroklimatikus környezetben, VMTT Konfe-

        rencia, Konferenciakiadvány, pp. 10-20, ISBN 978-86-88077-03-3, Újvidék, Szerbia, november 12, 2011.

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        „A makett előállításához célszerű könnyű, tartós és erős anyagokat használni. A vas váz valamint a borí-

        táshoz használt „lexan” jó megoldás. A 4.2m x 3.65m (15.33m2) alapterület elegendő a kísérleti nővények

        fejlődéséhez és megfigyeléséhez [4].”

          c13      Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                      Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, ISSN 1785-8860, pp. 153-165, 2010,

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       8887), Vol. 45, Issue 10, pp. 29-33, May 2012. MTMT

       “During navigation, all the sensor readings are viewed in real time on the screen of the PC. Java program-

       ming language, with the Java VM run on the hardware itself is used to write a program for Sun SPOTs

       technology [17].”

          c15      Jonathan P. Baker, Gabriela Garcia, BOE-Bot – Programmable Robot using the BASIC Stamp 2 Micro-

        controller, Programmable Robot Using the BASIC Stamp 2 Microcontroller, pp. 1-3, 2011. MTMT

          c16      Yatin Wadhawan and Sajal Gupta, Tele-Operation of Web Enabled Wireless Robot for Old Age Surveil-

        lance, Advances in Computer Science and Information Technology. Computer Science and Engineering,

        Vol. 85, Part 1, pp. 355-365, DOI: 10.1007/978-3-642-27308-7_39, ISBN 978-3-642-27307-0, 2012.

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        „In [11], [12], design and implementation of a Bluetooth enabled robots are discussed, where

                       wireless communication was done by using the Bluetooth protocol. In [13], IEEE 802.15.4”.

          c19     Janos Simon, Goran Martinovic, Navigation of Mobile Robots Using WSN’s RSSI Parameter and Potential

                     Field Method, Acta Polytechnica Hungarica, Journal of Applied Sciences, pp. 107-118, Vol. 10, No. 4,

                     2013, ISSN 1785-8860, DOI: 10.12700/APH.10.04.2013.4.6. MTMT

      „The relationship between measured RSSI values and distances is shown in the figure below [4, 10].”        

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                     Article ID 304631, 9 pages, DOI:10.1155/2013/304631, 2013.  

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       „ In many ICSs, a wireless sensor network (WSN) is laid out to control the robotics [4–6] or to track hu-

       man motion [7].”

          c21     Simon János, Mobil robotok az oktatásban, A Magyar Tudomány Napja a Délvidéken 2012, VMTT, pp.

        477-487, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013.11.24. MTMT

        „A fűnyírók és a porszívók elektromos kerítések és terelőfalak által határolt, akadályoktól általában meg-

        tisztított térben, összességében felettébb steril, előre kiszámítható körülmények között működnek [4].”

          c22      István Matijevics and Janos Simon, Improving Greenhouse's Automation and Data Acquisition with Mobi-

                      le Robot Controlled System via Wireless Sensor Network, Chapter 6 of book ‘Wireless Sensor Networks:

                      Application-Centric Design’, Geoff V Merrett and Yen Kheng Tan (Ed.), pp. 1-24, ISBN: 978-953-307-

                      321-7, Publisher InTech, December 2010.

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        “Any of these activities has its own control algorithm (Gy. Mester, 2009)”.

          c23      Ismail A. H., Ayob M. N., Kaihao T., Hassrizal H.B., Hashim M. S. M., Rahim N. A., Azmi M. S. M.,

        Aziz M. A., Shahriman A. B., Wan K., Investigation of Homogeneous Multi Robots Communication via

        Bluetooth, IEEE Symposium on Computer Applications and Industrial Electronics (ISCA IE), ISBN: 978-

        1-4673-3032-9, DOI: 10.1109/ISCAIE.2012.6482082, pp. 124-129, Kota Kinabalu, Malaysia, 3-4 Dec.

        2012.

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          c24      Simon János, Gogolák László, Greenhouse Microclimatic Control Strategy using WSN and Mobile Robot,

                      Proceedings of the 31^st Conference SIP 2013, pp 1-6, Bremen, Germany, Oct. 27-29, 2013. MTMT

          c25      Dhanashree Pannase, To Analyze Hand Gesture Recognition for Electronic Device Control: Review, Int-

                      ernational Journal of Advance Research in Computer Science and Management Studies, IJARCSMS, Vol.

        2, Issue 1, pp. 462-467, ISSN: 2321-7782, January 2014.

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        suring Agent, Acta Agriculturae Serbica, Vol. XVIII, Issue 36, pp. 111-121, ID: 203789324, 2013.

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        ” In a cluster, a wireless sensor node can transmit data to the base station and transmit instructions to the

        control system (Gyula Mester, 2009).”

          c27      Janos Simon, Višekriterijsko neizrazito upravljanje mikroklimom plastenika pomoću autonomne mobilne

        mjerne stanice, PhD Disertation, 162 pages, Sveučilište Josipa Jurja StroSsmayera u Osijeku,

        Elektrotehnički Fakultet Osijek, mentor: Goran Martinović, 2014. MTMT

          c28      Goran Martinovic, Janos Simon, Greenhouse Microclimatic Environment Controlled by a Mobile Measu-

        ring Station, NJAS - Wageningen Journal of Life Sciences, Elsevier, Vol. 70-71, pp. 61-70, ISSN: 1573-

        5214, DOI: 10.1016/j.njas. 2014.05.007, December 6, 2014.

        Web of Science: 000345822100009, Scopus, Google Scholar: 2762975831512918764, MTMT

          c29      Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

       ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, No. 2, pp. 55-62,

       ISSN: 1847-6996, http://www.etfos.hr/ijeces/ index.php/ ijeces/article/ view/22, 2010.

        Google Scholar: 2253804250227885355, MTMT

          c30      Gyula Mester, Introduction of Intelligent Vehicles and Smart Traffic Monitoring, Proceedings of the SIP

        2010, 28^th International Conference Science in Practice, pp. 89-92, ISBN 978-86-85409-53-0, Subotica,

        Serbia, June 3-4, 2010. MTMT

          c31      Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

        978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT

          c32      M. Charalampidou, K. Papakeipis, A. Tsimtsios, Spyridon G. Mouroutsos, On the Way to WSN Collabo-

        ration with Robots, 4^th International Conference on Simulation and Modeling Methodologies,

        Technologies and   Applications SIMULTECH, pp. 219-224, ISBN:978-989-758-060-4, DOI: 10.5220/

         0005095702190224, Viena, Austria, 28-30 August 2014.

         Google Scholar: 2676340630410189920, MTMT

          c33      Gyula Mester, Wheeled and Humanoid Mobile Robot Navigation, Report on the Research at the Institute

                      of Informatics of the University of Szeged 2006-2009, pp. 16-17, Szeged, Hungary, 2010. MTMT

          c34      Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c35      Ruberg Priit, Guitar Aivar, Ellervee Peeter, Flexible Controller for Educational Robot Kit, 2015 IEEE

                      International Conference on Microelectronics Systems Education (MSE), pp: 17–20, ISBN: 978-1-4799-

                      9913-2, DOI: 10.1109/MSE.2015.7160007, Publisher: IEEE Pittsburgh, PA, USA, 20-21 May 2015.

                      “Though this platform has been modified for educational purposes before [5] and [6] we did not found

                      any sign of using FPGA based controller like in our solution.”

                      Scopus: 84945374434, Google Scholar: 10696694922394654624, MTMT    

          c36      Jidhu Mohan M, Prashant Kumar Trpathi, K. V. Gangadharan, Smartphone Motion Sensor Controled

                      Wireless Mobile Robot, 8^th International Control Instrumentation System Conference, CISCON-2011,

                      pp. 367-370, Manipal, India, November 3-6 2011. MTMT

          c37      Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

        Science in Practice, pp. 22-27, Schweinfurt, Germany, 07-08.05.2015. MTMT

          c38      Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                      Complex Systems, Indecs, Vol. 14, No. 2, pp. 182-187, DOI: 10.7906/indecs.14.2.7, ISSN 1334-4684, e-

                      ISSN 1334-4676, 2016.

                      Web of Science, MTMT

          c39      Janos Simon, Imre Petkovics, Zlatko Covic, Industrie 4.0 Based Customized Mass Production Overview,

       Proceedings of the IV^rnd IEEE International Conference and Workshop Mechatronics in Practice and

       Education, MechEdu 2017, pp. 72-76, Subotica, Serbia, May 4-5, 2017. MTMT

       „Play Store, connectivity and monitoring tools are networked to form a highly efficient production envi-

       ronment in which analog and digital devices can easily communicate with one another [33][34].”

          c40      Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                      Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                      MTMT

                      „A Tesla Roadster három elektromos (egy elektromotor elöl kettő pedig hátul helyezkedik el), négykerék

                      meghajtású önvezető autó [21-31].”

          c41      Tihomir Latinovic, Robotic Intelligent Systems, Mechedu 2013^nd Regional Conference Mechatronics in

                      Practice and Education, DOI 10.13140/RG.2.1.4262.9608, September 2015. MTMT

          c42      Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                      Systems, Indecs, Vol. 15 Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                      „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion

                      in an unstructured environment with obstacles [4-9].”      

          c43      Janos Simon, Optimal Microclimatic Control Strategy Using Wireless Sensor Network and Mobile

                      Measuring Agent, Proceedings of the 2^nd regional conference Mechatronics in Practice and Education

                      MECHEDU 2013, pp. 79-83, Subotica, Serbia, 5 – 6, December 2013. MTMT

                      “In a cluster, a wireless sensor node can transmit data to the base station and transmit instructions to the

                      control system [6].”

          c44      Mattia Cersullo, Cristian Tiriolo, G. Franzé, Walter Lúcia, A Detection Strategy for Setpoint Attacks Aga-

                      inst Differential-Drive Robots, 2022 IEEE 18^th International Conference on Automation Science and Engi-

                      neering (CASE) (2022): pp. 1035-1040, DOI:10.1109/CASE49997.2022.9926522, 2022. MTMT

          c45      Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023. MTMT

          c46      Rajesh Kannan Megalingam, Santosh Tantravahi, Hemanth Sai Surya Kumar Tammana, Nagasai Thokala,

                      Hari Sudarshan Rahul Puram, Naveen Samudrala, ROS Based Multimode Control of Wheeled Robot, Adv-

                      ances in Science, Technology and Engineering Systems Journal, Vol. 5, No. 2, pp. 688-696, ISSN: 2415-

                      6698, DOI: 10.25046/aj050285, 2020. MTMT

          c47      Serdar Solak, Önder Yakut and Emine Dogru Bolat, Design and Implementation of Web-Based Virtual

                      Virtual Mobile Robot Laboratory for Engineering Education, Symmetry, MDPI, ISSN: 2073-8994, DOI:

                      10.3390/sym12060906, Vol. 12, Issue 6, pp. 1-23, 906, 2020. MTMT

                      „In Mester’s paper [6], the wireless sensor-based remote control of mobile robots in an unknown environ-

                      ment with obstacles using the Bluetooth wireless transmission and Sun SPOT technology is  presented

                      [6].”

          c48      Rithwick Sethi and Diksha Chauhan, AutoBot: A Semi-Autonomous Bot, 2023 International Conference on

                      IoT, Communication and Automation Technology (ICICAT), publisher: IEEE, pp. 1-5, ISBN: 979-8-

                      3503-0283-7, DOI: 10.1109/ICICAT57735.2023.10263754, Gorakhpur, India, 23-24, June 2023. MTMT

                      „Mobile robots with a single control interface that uses wireless sensor technology to navigate uncharted

                      terrain are described in [10]. [11] utilizes motion planning for omnidirectional wheeled mobile robots that

                      are based on the Robot Operating System (ROS), as opposed to relying on a control interface.”

          c49      Rasoul Sadeghian, Parastoo Azizinezhad, Pooyan Sedigh, Shahrooz Shahin, Mehdi Tale Masouleh, Cont-

                      rol of a Four-Mecanum Wheeled Robot with a Soft-Robotic Glove, 2017 IEEE 4^th International Conferen-

                      ce on Knowledge-Based Engineering and Innovation (KBEI), pp. 0310-0314, ISBN:978-1-5386-2641-2,

                      DOI: 10.1109/KBEI.2017.8324992, Tehran, Iran, 2017. MTMT

          c50      Rajesh Kannan Megalingam, Santosh Tantravahi, Hemanth Sai Surya Kumar, Nagasai Thokala, Hari

                      Sudarshan Rahul, Multimode Control of Wheeled Bot Using Python and Virtual Network Computing,

                      2018 4^th International Conference on Computing Communication and Automation (ICCCA), pp. 1-5,

                      ISBN: 978-1-5386-6948-8, DOI: 10.1109/CCAA.2018.8777597, Greater Noida, India, 2018. MTMT

          c51      Cihan Ulaş, H. Seçkin Efendioğlu, Onur Toker, Halûk Gümüşkaya, Delay Sensitive Wireless Protocols for

                      Telerobotics Applications, Journal of Networking Technology, Vol. 1, No. 3, pp. 118-125, ISSN: 0976-

                      898X, September 2010. MTMT

                      „On the other hand, other wireless communication standards such as IEEE 802.15.4 (Zigbee) [30-33],

                      802.15.1 (Bluetooth) [34-36], and WAP [37] have also been used in certain telerobotics systems.”

          c52      Dhanashree Pannase, Prof. Shubhangini R. Ugale, To Analyze Hand Gesture Recognition for Wirelessly

                      Electronic Device Control, IOSR Journal of Electronics and Communication Engineering (IOSR-JECE)

                      e-ISSN: 2278-2834, ISSN: 2278-8735.Vol. 9, Issue 4, pp. 44-53, Ver. III (Jul - Aug. 2014). MTMT

                      www.iosrjournals.org      

          c53      Onur Toker, Haluk Gümüşkaya, Cihan Ulaş, Bora Tamer Yilmaz, Lightweight Wireless Protocol Based

                      on IEEE 802.11 for Delay Sensitive Telerobotic Systems,  Turkish Journal of Electrical Engineering and

                      Computer Sciences, Vol. 21, No. 5, pp. 1394-1410, ISSN: 1300-0632, DOI 10.3906/elk-1110-9, 2013.

                      MTMT

          c54      Rossanese Marco, Experimental Study on Real-Time Wireless Networks for Motion Control of Manipula-

                      tor and Mobile Platform in Industrial Robotics, Dissertation, pages 129, Università degli Studi di Padova,

                      2020/2021.  https://thesis.unipd.it/handle/20.500.12608/22892 MTMT

                      „A Bluetooth motion control application is described in [20] performed at Robotics Laboratory of the

                      University of Szeged.”

          c55      István Matijevics, Kontrola autonomnog mobilnog robota iz web okruženja sa video streamom, pages 4,

                      Published in International Conference on Information Society, Corpus ID: 67241222, 2011. MTMT

                      https://www.eventiotic.com/eventiotic/files/Papers/URL/435cff5f-9163-4051-ae52-cc20802d3afb.pdf

          c56      Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023. MTMT

          c57      Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                      nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c58      Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                      978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

                      MTMT

          c59      Gyula Mester, Web Based Remote Control of Mobile Robots Motion, Proceedings of the YUINFO,

                      Kopaonik, Serbia, pp. 1-4, 2009. MTMT

          c60      Gyula Mester, Autonomni samovozeći robot automobili 2022, Zbornik radova konferencije YuInfo, 2022,

                      pp. 1-4, Kopaonik, Serbia, 2022. MTMT

          c61      Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

                      disciplinary Description of Complex Systems, Indecs, Vol. 16, No. 1, pp. 139-148, DOI: 10.7906/indecs.

                      16.1.11 2018. MTMT

          c62      Gyula Mester, Önvezető Autók 2023, Research Gate, pp. 1-7, 2023. MTMT

          c63      Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-3, 2022. MTMT

          c64      M. Charalampidou, K. Papakeipis, A. Tsimtsios and S. G. Mouroutsos, On the way to WSN collaboration

                      with robots, 4^th International Conference On Simulation And Modeling Methodologies, Technologies and

                      Applications (SIMULTECH), Vienna, Austria, pp. 219-224, DOI: 10.5220/0005095702190224, 2014.

                     MTMT

                     

D91. Gyula Mester, Introduction of Micro- and Nanorobotics Engineering, Proceedings of the SIP,

 27^th International Conference Science in Practice, pp.25-28, Pécs, Hungary, 2009.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Nano- és mikrorobotok, VMTT Konferencia, Konferenciakiadvány, pp. 517-526,

                     ISBN 978-86-88077-00-2, Újvidék, Szerbia, 2009, november 7. MTMT

          c2       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482,   

       ISBN 978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT 

          c3       D. Saletic, B. Selic, G. Mester, Are we Ready for Nanotechnology, e-RAF Journal on Computing,

       Vol. 1, pp. 38-48, Beograd, http://joc.raf.edu.rs/index.php?lang=en, 2009. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D92. Dragan Saletic, Gyula Mester, Nanorobots-State of the Art, Proceedings of the YuInfo 2009,

pp. 1-5, edit. Miodrag Ivkovic, ISBN: 978-86-85525-04-9, Information Society of Serbia, Kopao-

nik, Serbia, 8-11.3.2009.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Nano- és mikrorobotok, VMTT Konferencia, Konferenciakiadvány, pp. 517-526,

                     ISBN 978-86-88077-00-2, Újvidék, Szerbia, 2009, november 7. MTMT

          c2       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482,

       ISBN 978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT

          c3       D. Saletic, B. Selic, G. Mester, „Are we Ready for Nanotechnology “, e-RAF Journal on

       Computing, Vol. 1, pp. 38-48, Beograd, http://joc.raf.edu.rs/index.php?lang=en, 2009. MTMT  

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D93. Dragan Saletic, Gyula Mester, Nanoroboti-cime raspolazemo, a sta nam jos treba da bismo ih

realizovali? Zbornik radova 12. Međunarodne konferencije ICDQM - 2009, str. 859-866, Beograd,

Srbija, 25-26.06.2009.

Research Gate, Google Scholar, MTMT.  

          c1       Gyula Mester, Nano- és mikrorobotok, VMTT Konferencia, Konferenciakiadvány, pp. 517-526,  

                     ISBN 978-86-88077-00-2, Újvidék, Szerbia, 2009, november 7. MTMT

          c2       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482,

       ISBN 978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT 

          c3       D. Saletic, B. Selic, G. Mester, Are we Ready for Nanotechnology, e-RAF Journal on Computing,

       Vol. 1, pp. 38-48, Beograd, http://joc.raf.edu.rs/index.php?lang=en, 2009.  MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D94. Gyula Mester, Web-Based Remote Control of Mobile Robots Motion, Proceedings of the

YUINFO’2009, pp. 1-4, ISBN: 978-86-85525-04-9, Kopaonik, Serbia, 8-11.03.2009.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytec-

       hnica Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

       Web of Science: 000290427600011, MTMT

          c2       Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Vol. 12, No. 3,

       No. 3, ISSN 1334-4684, DOI: 10.7906/indecs.13.1.1., Vol. 13, No. 1, pp. 1-8, 2015. MTMT

       “Robot Web Tools is designed to enable Web developers, roboticists, and even students to start building

       a robot Web application quickly [9-13]. ROS is licensed under an open source, BSD license [9-10].”

          c3       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Envi-

       ronments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, No. 2, pp. 55-62,

       ISSN: 1847-6996, http://www.etfos.hr/ijeces/index.php/ijeces/articleview/22, 2010. MTMT

          c4       Mester Gyula, Robotika a felhőkben, Magyar Tudomány Napja a Délvidéken - 2014, VMTT, könyvfejezet,

       pp. 527-533, ISBN 978-86-88077-07-1, (november 15, 2014) 2015. MTMT

          c5       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D95. Gyula Mester, Doktorske studije na Univerzitetu u Segedinu, Proceedings of the TREND

2009, pp. 32-36, ISBN 978-86-7892-157-5, Kopaonik, Serbia, 02-05.03.2009.

Research Gate, Google Scholar, MTMT.

          c1       Norbert Sabic, Kriticni osvrt na binarni sistem visokog obrazovanja i mogucnosti za razvoj strukovnih ma-

       ster i doktorskih studija u Srbiji. Proceedings of the TREND 2010, pp. 312-316, ISBN 978-86-7892-236-       

       7, Kopaonik, Serbia, 01-04.03.2010. MTMT

       „Ipak, uočljiva je tendencija širenja strukovnih master studija, dok strukovne doktorske studije se do sada

       samo retko pojavljulju u Evropskom visokom obrazovanju.”

          c2       Gyula Mester, The valuation of the Impact Factor of the Journal Acta Polytechnica Hungarica, Proceed-

       ings of the 15^th Conference: “Doctoral studies in Serbia, region and EU”, TREND 2011, pp. 70-73, ISBN

       978-86-7892-323-4, Kopaonik, Serbia, 07-10.03.2011. MTMT      

          c3       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sisteu studija,

       XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978 86 7892 236 7, Kopaonik,

       01-04.03.2010. MTMT

          c4       Gyula Mester, Metode naučne metrike i rangiranja naučnih rezultata, Zbornik radova 57. konferencije

       ETRAN, str. RO3.5.1-3, Zlatibor, 3-6. juna 2013. MTMT  

          c5       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

                     RG.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.

                     MTMT

 

D96. Gyula Mester, Obstacle - Slope Avoidance and Velocity Control of Wheeled Mobile Robots

Using Fuzzy Reasoning, Proceedings of the IEEE 13^th International Conference on Intelligent Engi-

neering Systems, INES 2009, Barbados, pp. 245-249, ISBN: 978-1-4244-4113-6, DOI: 10.1109/

 INES.2009.4924770, Library of Congress: 2009901330, April 16-18, 2009. GS cit. 62

Web of Science: 000270809000041, Scopus: 70350371024, Research Gate, Google Scholar:

10423310045116547561, MTMT.

          c1       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

       Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

       http://bmf.hu/ journal/ Mester_25.pdf MTMT

       Web of Science: 000290427600011, Google Scholar: 16231270646023226469

      “The paper actually is a continuation of a conference paper [1].

          c2       Victor Ayala-Ramirez, Jose A. Gasca-Martinez, Rigoberto Lopez-Padilla and Raul E. Sanchez-Yanez,

       An Artificial Protection Field Approach for Reactive Obstacle Avoidance in Mobile Robots, Mobile Robots

       Navigation, InTech, Issue 17, pp. 355-366, ISBN: 978-953-307-076-6, 2010. MTMT

       Google Scholar: 5895109257539359800

       ”Some other methods have also been proposed recently for reactive navigation. Some of them use fuzzy

       logic to control the reactive motion of the robot. Some examples of this approach are the works by

       (Mester, 2008) and (Larson et al., 2005)."

          c3       Nicuşor Minculete, Claudiu Pozna and Radu-Emil Precup, A Refinement of Sándor-Tóth’s Inequality,

                     Journal of Inequalities and Applications, Springer Open Journal, Vol. 2012, Issue 4, pp.1-11, DOI: 10.

       1186/1029-242X-2012-4, 2012. MTMT

       Web of Science: 000301521600001, SCOPUS: 84870528012, Google Scholar:13019076899679150979,

       ” Such applications include solutions to optimal control problems [15], stability analysis [16,17], robotics

       [18], fuzzy logic [19,20], difference inequalities [21] or differential equations [22], as far as positive

       integers are concerned.”

          c4       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown

       Environments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2,

       pp. 55-62, ISSN: 1847-6996, 2010.

       Google Scholar: 2253804250227885355, MTMT

          c5       Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the 7^th Internatio-

                     nal International Symposium on Intelligent Systems and Informatics, SISY 2009, pp. 67-70, DOI:10.1109/

       SISY.2009.5291190, Subotica, Serbia, Sept. 25-26, 2009.

       Web of Science, MTMT

          c6       Google, Aircraft Terrain Avoidance and Alarm Method and Device, patent, publication number: US 8010-

       288 B2, Publication type, Grant, https://www.google.com/patents/US8010288, Aug 30, 2011.

       MTMT

          c7       Gyula Mester, Wheeled and Humanoid Mobile Robot Navigation, Report on the Research at the Institute of

                     Informatics of the University of Szeged 2006-2009, pp. 16-17, Szeged, Hungary, 2010.

                     MTMT

          c8        Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011.

                     MTMT

          c9       Mohamed A. Kamel and Youmin Zhang, Developments and Challenges in Wheeled Mobile Robot Control,

                     Proceedings of the International Conference for Intelligent Unmanned Systems (ICIUS), pp. 1-7, DOI: 10.

                     13140/RG.2.1.3595.3363, Montreal, Canada, Sept 29 - Oct 1, 2014.

                     Google Scholar: 5439200620913278384, MTMT

                     „Mester [54] and Rusu et al [55] presented a fuzzy reactive navigation system to avoid obstacles based on

                     the angular velocities of the wheels and the data collected from the sensors.”

          c10     Dániel Tokody, Attila Albini, László Ady, Zoltán Rajnai and Ferenc Pongrácz, Safety and Security Thro-

                    ugh Through the Design of Autonomous Intelligent Vehicle Systems and Intelligent Infrastructure in the

                    Smart City, Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 3-A, DOI: 10.7906/

                    indecs.16.3.11, pp. 384-396, 2018.

                    Web of Science, MTMT

          c11     Jelena, Pisarov, On - Line polaganje kompleksnog ispita, in: Vladimir, Katić (edit.) XXVII Skup Trendovi

                     razvoja: “On-line nastava na univerzitetima”, Novi Sad, Szerbia, University of Novi Sad, pp. 229-232,

                     paper No. UP4.1, ISBN 978-86-6022-313-7, 2021. MTMT

          c12     Milica D. Đekić, Visokotehnološka bezbednost sistema za sticanje znanja, in: Vladimir, Katić (edit.)

                     XXVII Skup Trendovi razvoja: “On-line nastava na univerzitetima”, Novi Sad, Serbia, University of Novi

                     Sad, pp. 371-374, ISBN 978-86-6022-313-7, 2021. MTMT

          c13     Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (szerk.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Serbia, University of Novi Sad, ISBN 978-86-6022-313-7, pp. 451-

                     454, 2021. MTMT

          c14     Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI: 10.5937/tehnika2105690D, ISSN

                     0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c15     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c16     Milica D. Đekić, Gyula Mester, COVID-19 as a Scam Challenge, Tehnika, 0040-2176, Vol. 76, Issue 1,

                     pp. 115-120, DOI:10.5937/tehnika2101115D, ISSN 0040-2176, 2021. MTMT

          c17     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken-2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,

                     2020.11.14. MTMT

          c18     Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and

                     Control for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environ-

                     ment, in: Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer

                     International Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-332710-1_11, ISBN 978-3-030-

                     32709-5, 2020. MTMT

          c19     V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 26-28, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018. MTMT

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

          c20     Jelena Pisarov, Autonomous Driving, pp. 19-27, IPSI Transactions on Advanced Research, Vol. 17, No. 2,

                     pp. 19-27, ISSN 1820 – 4511, July 2021. MTMT

          c21     César Bautista, Human Perception inside of a Self-Driving Robotic Car, IPSI Transactions on Advanced

                     Research, Vol. 17, No. 2, pp. 50-56, ISSN 1820 – 4511, July 2021. MTMT

          c22     H. Hu and F. Qian, Obstacle-Aided Trajectory Control of a Quadrupedal Robot Through Sequential Gait

                     Composition, in IEEE Transactions on Robotics, Vol. 40, pp. 3481-3495, DOI: 10.1109/TRO.2024.3410

                     531, Print ISSN: 1552-3098, 2024. MTMT

          c23     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken

                     2019, konferencia kiadvány, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c24     Nyikes Zoltán, The Cybersecurity Challenges of the COVID-19, IPSI Transactions on Advanced

                     Research, Vol. 17, No. 2, pp. 57-62, ISSN 1820 – 4511, July 2021. MTMT

          c25     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019. MTMT

          c26     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.   

                     MTMT

          c27     Milica D. Đekić, Cyber Technologies in Organized Crime Investigations, Tehnika, Vol. 76, No. 2, pp.

                     254-261, DOI: 10.5937/tehnika2102254D, 2021. MTMT

          c28     Jelena Pisarov, A személy-és teherforgalom digitalizálása, A Magyar Tudomány Napja a Délvidéken, Vaj-

                     dasági Magyar Tudományos Társasság, pp. 278-287, ISBN: 978-86-88077-13-2, Újvidék, Szerbia, 2021.

                     MTMT

          c29     Janos Simon, Zlatko Covic, Zoltan Pap, Development of a Voice-Command Based Interactive Educational

                     Toys for Preschool Age, IPSI Transactions on Advanced Research, ISSN 1820 – 4511, Vol. 17, No. 2, pp.

                     13-18, 2021. MTMT

          c30     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c31     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

 

D97.  Gyula Mester, Autonomous Locomotion of Humanoid Robots in Presence of Mobile and

Immobile Obstacles, Konferencia, pp. 1-6, Budapest Tech, Budapest, Magyarország 2009.09.01 –

2009.09.02. MTMT

 

D98. Gyula Mester, Obstacle Avoidance and Velocity Control of Mobile Robots, Proceedings of the

6^th International Symposium on Intelligent Systems and Informatics SISY 2008, pp. 97-101, IEEE

Catalog Number: CFP0884CCDR, ISBN 978-1-4244-2406-1, Library of Congress: 2008903275,

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                     cial Applications, Proceedings of the 7^th International Symposium on Intelligent Systems and Informatics,

                     2009. SISY '09, pp. 132-137, ISBN: 978-1-4244-5348-1, DOI 10.1109/SISY.2009.5291174, Subotica,

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          c2       Piroska Molcer Stantic, Vlado Delic, Web-Based Exercises for Educating Basis of Fuzzy Logic, Procee-

                     dings of the 7^th International Symposium on Intelligent Systems and Informatics, SISY'09, DOI: 10.1109/

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          c3       Joshi, M. M.; Zaveri, M A.; Fuzzy Based Autonomous Robot Navigation System, Proceedings of the India

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       International Journal of Robotics and Automation (IJRA), Vol. 2, Issue 3, pp. 128-145, Edit. Nabeel Tahir,

       ISSN: 2180-1312, 2011.

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                      „Fuzzy velocity control of mobile robot has been discussed by Mester [14].  However, only 10 heuristic

                      fuzzy rules were used in their experiments. These approaches have inherent drawback that much efforts

                     are needed to adjust tuning parameters and firing in advance.”

          c5       M. M. Joshi, M. A. Zaveri, Neuro-Fuzzy Based Autonomous Mobile Robot Navigation System, Proceed-

                     ings of the 11^th International Conference on Control Automation Robotics & Vision (ICARCV), Issue Da-

                     te: 7-10 Dec. 2010, pp. 384 – 389, Singapore, Print ISBN: 978-1-4244-7814-9, DOI: 10.1109/ICARCV.

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                     on System, Proceedings of International Conference on Advances in Electrical & Electronics 2010, pp. 56-

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       „Several other methods exploiting neural-fuzzy network schemes ([6]-[14]), have been proposed for avoid

       ing unexpected obstacles”.

          c7       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, pp. 153-165, ISSN 1785-8860, 2010.

                     http://bmf.hu/ journal/Mester25.pdf

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                     Complex Systems, Vol.12, Issue 3, pp. 255-262, DOI: 10.7906/indecs.12.3.5, 2014.

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       „The position of a rigid body can be determined by three coordinates of one point and three Euler-angles

       which are the reference point coordinates [7, 8].”

          c9       Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Iden-

                     tification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the

                     IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), DOI: 10.110

                     9/RIISS.2014.7009170, pp. 55-61, 9-12 December 2014, Orlando, Florida, USA.

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          c10     Pratap Kumar Panigrahi, Saradindu Ghosh, Dayal R Parhi, A Novel Intelligent Mobile Robot Navigation

                     Technique for Avoiding Obstacles Using RBF Neural Network, Proceedings of the 2014 IEEE Internatio-

                     nal Conference on Control, Instrumentation, Energy and Communication (CIEC), pp. 1-6, DOI: 10.1109/

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       „Fuzzy velocity control of mobile robot has been discussed by Mester [12] in which only heuristic fuzzy

       rules are used in their algorithm. The approach needs some adjustment for tuning fuzzy parameters.”

          c11     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzitet

                       u Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

          c12     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

       Google Scholar: 4267919485114118926, MTMT

  c13     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c14     Gyula Mester, Position Correction System of Wheeled Mobile Robots Using Ultrasonic Sensors, Proceed-

                     ing of the 2^nd International Congress of Serbian Society of Mechanics, paper D11, Palic, Serbia, 2009.

                     MTMT

          c15     Gyula Mester, Obstacle-Slope Avoidance and Velocity Control of Wheeled Mobile Robots using Fuzzy

                     Reasoning, Proceedings of the IEEE 13^th International Conference on Intelligent Engineering Systems,

                     INES 2009, Barbados, pp. 226-230, ISBN: 978-1-4244-4113-6, Library of Congress: 2009901330, DOI:

                     10.1109/INES.2009.4924770, April 16-18, 2009.

       Google Scholar: 10423310045116547561, Web of Science, Scopus, MTMT

          c16     Gyula Mester, New Trends in Scientometrics. Proceedings of the SÍP 2015, 33^nd International Scientific

                     Conference Science in Practice, pp. 22-27, Schweinfurt, University of Applied Sciences Würzburg-

                     Schweinfurt, Germany, May 07-08.05.2015. MTMT

          c17     Gyula Mester, Robotizált intelligens otthonok, VMTT Konferencia, konferenciakiadvány, pp. 390-399,

                     ISBN 978-86-83581-46-7, Újvidék, Szerbia, november 8, 2008. MTMT

  c18     Janos Simon, Zlatko Covic, The Internet of Things in Web 2.0 Environment, Proceedings of the 3^rd Inter-

             national Conference MechEdu, pp. 164-167, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica,

             Serbia.

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          c19     Livija Cveticanin, Vibration of a Robot Arm, Proceedings of the 3^rd International Conference MechEdu,

                     pp. 172-174, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. HIBÁS

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          c20     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-880    

                     77-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

          c21     Josip Stepanić, Jelena Ćosić Lesičar, Marko Posavec, Detecting Irregular Dynamics of Autonomous Ro-

                     botic Systems Using Information Entropy, Proceedings of the 3^rd International Conference MechEdu, pp.

                     172-174, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia.

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          c22     Attila Nemes, Genetic Algorithm-Based Adaptive Fuzzy Logic Systems for Dynamic Modeling of Quad-

                     rotors, Proceedings of the 3^rd International Conference MechEdu, pp. 96-103, ISBN 978-86-918815-0-4,

                     14-15 May, 2015, Subotica, Serbia.

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          c23     Zoltan Rajnai, Bela Puskas, Decision-making Support Software Application Option for Critical Informati-

                     onal Infrastructures, Proceedings of the 33^nd International Scientific Conference Science in Practice, pp.

                     55-61, Schweinfurt, University of Würzburg, May 7-8, 2015, Germany. MTMT

       „As a matter of fact the societies and biological systems already regulate themselves and they usually

       encounter problems caused by the impacts of external effects [11].”

          c24     Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The use of Information Entropy in Extracting the Ir-

                     regularities of Autonomous Systems, Annals of Faculty of Hunedoara – International Journal of Engine-

                     ering, Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015.

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       „Furthermore, since autonomous systems operate in a usually rather uncharacterised environment, the lim-

       its of fluctuations occurring in regular dynamics are even more broadened. Illustrative cases of functioning

       autonomous robotic systems in a broad class of environments are well covered in the existing literature,

       see e.g. [1-6].”

          c25     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

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          c26     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c27     Janos Simon, Zlatko Covic, Igor Fuerstner, Laslo Gogolak, Dalibor Dobrilovic, The Web of Things and

                     Database Services, Proceedings of International conference on Applied Internet and Information Techno-

                     logies, pp. 235-238, ISBN 978-86-7672-260-0, University of Novi Sad, Zrenjanin, October 23, 2015.

                     MTMT

          c28     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c29     Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Envi-

                     ronments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue, pp. 55-62,

                     ISSN: 1847-6996, 2010.

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                     DOI: 10.1016/j.robot.2016.08.001, ISSN: 0921-8890, 2016.

                     Web of Science, MTMT

          c31     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, Issue 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „In this model IT problems are augmented by the system of control [10-13], which is usually implemented

                     by IoT devices.”

          c32     Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Iden-

                     tification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the

                     IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), DOI: 10.110

                     9/RIISS.2014.7009170, Vol. 1, pp. 55-61, Orlando, Florida, USA. ISBN: 9781479944637, 9-12 December

                     2014,  MTMT

          c33     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Confe-

                     rence INTER-ENG 2020 Interdisciplinarity in Engineering, Vol. 63, Issue 60, pp. 1-6, DOI: 10.3390/proce

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                     MTMT

       „The vital basis for all this is the operation of appropriate information technology systems [9,10] and their

       control [11,12].”

          c34     Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th International

                     Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8-9 October 2020.  

                     Proceedings 2020, Vol. 63, Issue 1, pp. 1-7, DOI 10.3390/proceedings2020063050, Published: 25 Decem-

                      ber 2020. MTMT

       „Structurally static motion can be modeled with the loops of cybernetics. This modeling leads to a system

       of differential equations with a static structure [15,16,17,18,19,20,21]. The mechanism of the interaction

       of the systems can be modeled with the model of cybernetic loops [15,16,19]. Finally, to model the inter-

       action of systems, it is worth borrowing the mechanism of action of the cybernetic loops used in control

       theory [15,16,17,18,19].”

          c35     Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika-Kvalitet

                     IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, ISSN 0040-2176, DOI: 10.5937/tehni

                     ka2105690D, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021.

          c36     Gradetsky V., Knyazkov M., Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, in: IMEKO, (edit.) 21^th International Symposium on Measurement and Control in Robo-

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                     nary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 20, Issue 1, pp. 44-

                     49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022.

       Web of Science, MTMT

          c38     Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 1, pp. 139-148, ISSN 1334-4684,

                     DOI: 10.7906/indecs.16.1.11, 2018.

       Web of Science, MTMT

          c39     Toan Van Nguyen, Minh Hoang Do, Jaewon Jo, Robust-Adaptive-Behavior Strategy for Human-Follow-

                      ing Robots Unknown Environments Based on Fuzzy Inference Mechanism, Industrial Robot, Vol. 49, No.

                      6, pp. 1089-1100, ISSN: 0143-991x, DOI: 10.1108/IR-01-2022-0009, 2022. MTMT

          c40      Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-

                      rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment,

                      in: Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Interna-

                      tional Publishing, pp. 143-155, Chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-

                      32709-5, 2020. MTMT

          c41      Toan Van Nguyen, Minh Do Hoang, Jaewon-Jo, Robust-Adaptiv-Behavior Strategy for Human-Following

                      Robots in Unknown Environments Based on Fuzzy Inference Mechanism, Industrial Robot: The Internatio-

                      nal Journal of Robotics Research and Application, publisher Emerald, Vol. 49, Issue 6, pp. 1089-1100,

                      ISSN: 0143-991x, 2022. MTMT

          c42      Thoa Mac Thi, Autonomous Navigation Strategies for UGVs/UAVs, dissertation, Universuty Gent, ISBN

                      978-94-6355-113-7, p. 206, 2018. MTMT

          c43      V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                      Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                      Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                      World, 26-28 September 2018.

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          c44      Thi Thoa Mac, Cosmin Copot, Duc Trung Tran, Robin De Keyser, Heuristic Approaches in Robot Path  

                      Planning: A Survey, Robotics and Autonomous Systems, Vol. 86, pp. 13-28, ISSN 0921-8890, DOI: 10.

                      1016/j.robot.2016.08.001, 2016. MTMT

          c45      Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                      Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c46      Jelena Pisarov, 5G i samovozeći automobili, Proceedings of the XXVI Skup Trendovi razvoja: “Inovacije

                      u modernom obrazovanju”, Paper No. T2.2-4, pp.1-4, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16 –

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                      ISBN 978-94-6355-113-7, 2018. MTMT

                       “The navigation of an autonomous mobile robot in an unknown environment with obstacles is considered

                      by G. Mester [73].”

          c49      P. M. Stanic and V. Delic, Web-Based Exercises for Educating Basis of Fuzzy Logic, 2009 7^th Internation-

                      al Symposium on Intelligent Systems and Informatics, Subotica, Serbia, pp. 103-107, DOI: 10.1109/SISY.

                      2009.5291187, 2009. MTMT

          c50      Simon Janos, Covic Zlatko, The Internet of Things in Web 2.0 environment, Proceedings of the 3^rd Inter-

                      national Conference and Workshop Mechatronics in Practice and Education - MECHEDU 2015, pp. 164-

                      167, Subotica Tech-College of Applied Sciences, ISBN 978-86-918815-0-4, Subotica, Serbia, May 14-16,

                      2015. MTMT

          c51      Livija Cveticanin, Vibration of a robot arm, Proceedings of the III^rnd International Conference and Work-

                      shop Mechatronics in Practice and Education, MechEdu 2015, pp. 31-35, Subotica Tech – College of Ap-

                      plied Sciences, ISBN 978-86-918815-0-4, Subotica, Serbia, May 14-16, 2015. MTMT

          c52      Eduardo Bayona, J. Enrique Sierra-García, Matilde Santos, Ioannis Mariolis, In Search of the Best Fitness

                      Function for Optimum Generation of Trajectories for Automated Guided Vehicles, Engineering Applicati-

                      ons of Artificial Intelligence, Vol. 133, Part A, 108440, DOI: 10.1016/j.engappai.2024.108440, ISSN  

                      0952-1976, 2024. MTMT

                      https://www.sciencedirect.com/science/article/pii/S0952197624005980

          c53      Herlea Alexandru-Emil, Obstacle Avoidance Using Extremities, 2023 IEEE 21^st Jubilee International

                      Symposium on Intelligent Systems and Informatics (SISY), pp. 97-102, ISBN:979-8-3503-4337-3, DOI:

                      10.1109/SISY60376.2023.10417914, Pula, Croatia, 21-23 September 2023. MTMT

          c54      Aisha Muhammad, A Generalized Laser Simulator Algorithm for Optimal Path Planning in Constraints

                      Environment, Dissertation, Universiti Malaysia Pahang, pages 186, 2021. MTMT

          c55      Deepthi Mariam John, Divya Mariam John, Modeling Feedback Control System with Servomotor for Rob-       

                      otic Arm, International Journal for Research in Applied Science & Engineering Technology (IJRASET),

                      Vol. 9, Issue V, pp. 1671-1677, ISSN: 2321-9653, DOI: 10.22214/ijraset.2021.34619?, May 2021.

                      MTMT

          c56      Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c57      Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                      nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c58      Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                      kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

          c59     Dipta Paul, Imtiez Ahmed Prince, Md Shafiqul Islam, Md. Tanzim Ahamed, Md Nadim Rahman Sarker,

                     Ankur Adhikary, Revolutionizing Connectivity Through 5G Technology, International Journal of Advan-

                     ced Engineering Research and Science, Vol. 12, Issue 02, 2025.

          c60     Stepanić Josip, Ćosić-Lesičar Jelena, Posavec Marko, Detecting Irregular Dynamics of Autonomous Ro-

                     botic Systems using Information Entropy, Proceedings of the Conference Mechedu, Mechatronics in Prac-

                     tise and Education, Subotica, Subotica Tech - College of Applied Sciences, pp. 172-174, 2015.

          c61     Cveticanin Livija, Vibration of a Robot Arm, Proceedings of the III^rnd International Conference and

                     Workshop Mechatronics in Practice and Education, MechEdu, pp. 31-35, 2015.

                                                                                         ,                                                                                                                  

D99. Gyula Mester, Designing of the Intelligent Mobile Robot Control in the Matlab Environment,

Proceedings of the YUINFO’2008, pp. 1-5, ISBN: 978-86-85525-03-2, edit. Miodrag Ivkovic,

Information Society of Serbia, Kopaonik, Serbia, 09-12.03.2008.http://www.e-drustvo.org/

 proceedings/YuInfo2008/html/pdf/016.pdf.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, pp. 153-165, ISSN 1785-8860, 2010,

                     http://bmf.hu/ journal/ Mester_25.pdf.

       Web of Science: 000290427600011, MTMT

          c2       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Envi-

                     ronments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-

                     62, ISSN: 1847-6996, 2010. MTMT

          c3       Gyula Mester, Robotizált intelligens otthonok, VMTT Konferencia, konferenciakiadvány, pp. 390-399,

                     ISBN 978-86-83581-46-7, Újvidék, Szerbia, november 8 2008. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D100. D. Mešter, Kriticki osvrt na nedostatke i predlog izmena zakona o visokom obrazovanju,

Proceedings of the TREND 2008 XIV Skup Trendovi Razvoja: “Efikasnost i kvalitet Bolonjskih

studija” pp. 115-117, ISBN 978-86-7892-123-0, Kopaonik, Serbia, 03-06.03.2008.

Research Gate, Google Scholar, MTMT

          c1       Norbert Sabic, Kritični osvrt na binarni sistem visokog obrazovanja i mogućnosti za razvoj strukovnih

                     master i doktorskih studija u Srbiji. Proceedings of the TREND 2010, paper No. T2.2-3, pp. 312-316,

                     ISBN, 978-86-7892-236-7, Kopaonik, Serbia, 2010. MTMT

          c2       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                     XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978 86 7892 236 7, Kopaonik, Serbia, 01-

                     04.03.2010. MTMT

          c3       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

 

D101. Gyula Mester, Dynamic Modeling for a Walking Robot, Proceedings of the SIP 2008, 26^th

International Conference Science in Practice, pp.87-89, ISBN 978-953-6032-62-4, Osijek, Croatia,

5-7.05.2008.

Research Gate, Google Scholar, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c2       Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Inter-

                     national Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Edu-

                     cation, ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

  

D102. Mester Gyula, Kétlábon járó robot modellezése, Informatika a felsőoktatásban 2008, Konfe-

rencia kiadvány, pp. 1-8, ISBN 978-963-473-129-0, Debrecen, augusztus 27-29, 2008.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Robotizált intelligens otthonok, VMTT Konferencia, Konferenciakiadvány, pp. 390-399,

                     ISBN 978-86-83581-46-7, Újvidék, Szerbia, november 8 2008. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c3       Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Internati-

                     onal Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Education,

                     ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

 

D103. Gyula Mester, Simulation of Humanoid Robot Motion, Proceedings of The Kandó Conferen-

ce, pp. 1-8, ISBN 978-963-7154-74-4, Budapest, 2008.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Modelling of the Humanoid Robot Motion, Ipsi Journal, Transactions on Advanced Rese-

                     arch, TAR, New York, Frankfurt, Tokio, Belgrade, Vol. 7, Issue 1, pp. 21-25, ISSN 1820 - 4511, 2011.

       Google Scholar: 14096544848752986399. MTMT

          c2       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, pp. 153-165, ISSN 1785-8860, 2010,

                     http://bmf.hu/journal/ Mester25.pdf.

       Web of Science: 000290427600011, MTMT

          c3       Gyula Mester, Obstacle-Slope Avoidance and Velocity Control of Wheeled Mobile Robots using Fuzzy

                     Reasoning, Proceedings of the IEEE 13^th International Conference on Intelligent Engineering Systems,

                     INES 2009, Barbados, pp. 245-249, ISBN: 978-1-4244-4113-6, Library of Congress: 2009901330, DOI:

                     10.1109/INES.2009. 4924770, Barbados, April 16-18, 2009.

       Web of Science: 000270809000041, MTMT

          c4       Joshi, Maulin M.; Zaveri, Mukesh A., Neuro-Fuzzy Based Autonomous Mobile Robot Navigation System,

                     Proceedings of the 11^th International Conference on Control, Automation, Robotics and Vision (ICARCV

                     2010), pp. 384-389, Singapore, Dec. 07-10, 2010.

       Web of Science: 000291559800065, MTMT

          c5       Joshi, Maulin M.; Zaveri, Mukesh A., Fuzzy Based Autonomous Robot Navigation System, Proceedings

                     of the 2009 Annual IEEE India Conference, pp. 189-192, DOI: 10.1109/INDCON.2009.5409419,

                     Location: Ahmedabad, India, Dec. 18-20, 2009.

       Web of Science: 000283472900046. MTMT

          c6       Gyula Mester, Aleksandar Rodic, Autonomous Locomotion of Humanoid Robots in Presence of Mobile

                     and Immobile Obstacles, Studies in Computational Intelligence, Towards Intelligent Engineering and

                     Information Technology, Editors: Rudas Imre, Fodor Janos, Part III Robotics, Vol. 243/2009, pp. 279-293,

                     ISBN 978-3-642-03736-8, Library of Congress: 2009933683, DOI 10.1007/978-3-642-03737-5, Springer-

                     Verlag Berlin Heidelberg, 2009.

       Web of Science, Scopus, Google Scholar: 11861615744975281284, MTMT

          c7       Gyula Mester, Aleksandar Rodic, Contribution to the Simulation of Humanoid Kondo Robot, Annals of                 

                     Faculty Engineering Hunedoara – International Journal of Engineering, Tome IX, Fascicule 1, pp. 73-78,

                     ISSN 1584 – 2665, http://annals.fih.upt.ro/pdf-full/2011/ANNALS-2011-1-08.pdf, 2011.

       Google Scholar: 4584216549573892615, MTMT

          c8       Willington Jaime Arcos Legarda, Control automático de un exoesqueleto de marcha para pacientes con

                     discapacidad motora, tesis, presentada como requisito parcial para obtener el t´ıtulo de magister en inge-

                     nier’ia Automatizacion Industrial ´Departamento de ingenier´ia electrica y electr´onica, disszertáció, pp. 1-

                     93, Universidad Nacional de Colombia Facultad de Ingenier´ia Bogota D. C., 2013. bdigital.unal.edu.co.

                     MTMT

       “Desde el ´area de la Biomec´anica existen estudios de la caminata humana que describen el compor-

       tamiento din´amico del sistema, a trav´es de m´etodos f´ısicos como el an´alisis seg´un las leyes de

       Newton-Euler o balances de energ´ıa como el m´etodo de Lagrange o Hamilton [16, 5, 41].”

          c9       Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

       Google Scholar: 11405780311557937599, MTMT

          c10      Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c11      Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Interna-

                      tional Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Educa-

                      tion, ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

 

D104. Gyula Mester, Robotics in Agriculture, Proceedings of the International Conference on Sci-

ence and Technique in the Agri-Food Business, ICoSTAF, pp. 1-4, ISBN 978-963-482-908-9,

University of Szeged, Faculty of Engineering, Szeged, Hungary, 5-6.11.2008. Research Gate,

MTMT.

 

D105. Gyula Mester, Improving the Mobile Robot Control in Unknown Environments, Proceedings

of the Conference YUINFO’ 2007, edit. Ivkovic Miodrag, Društvo za informacione sisteme i raču-

narske mreže SCG, pp. 1-5, ISBN 978-86-85525-02-5, Kopaonik, Serbia, 11-14.03.2007.

http://www.e-drustvo.org/proceedings/YuInfo 2007/html/pdf/168.pdf

Research Gate, Google Scholar: 6469434544179997853, MTMT: 1666186, GS 76

          c1       Dragan Saletic, Milica Savic: A Fuzzy Decision-Making Agent, Research Application in Medicine and

                     Possible Other Applications, Proceedings of the Conference YUINFO’2008, pp. 1-6, Kopaonik, Serbia,

                     2008. MTMT

          c2       Dragan Saletic, Uros Popovic, A Fuzzy Controller Parameters Optimization Using Genetic Algorithm, on

                     an Example of Inverse Pendulum, Proceedings of the Conference YUINFO’2010, pp. 1-4, Kopaonik,

                     Serbia, 2010. MTMT

          c3       Dragan Saletic, Milica Savic, Software Implementation of Fuzzy Decision Making in Determining the Se-

                     verity of Respiratory Distress, Proceedings of the SISY 2008, 6^th International Symposium on Intelligent

                     Systems and Informatics, pp. 132-136, ISBN: 978-1-4244-2406-1, DOI: 10.1109/SISY.2008.4664925,

                     Subotica, Serbia, September 26-27, 2008.

       Web of Science: 000265601200027, Google Scholar: 500022884073492449, MTMT

          c4       Dragan Z. Saletic, Branislav V. Selic, Gyula Mester, Are We Ready for Nanotechnology? e-RAF Journal

                     on Computing, Vol. 1, pp. 38-48, Belgrade, 2009. http://joc.raf.edu.rs/index.php?lang=en. MTMT

          c5       Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

                     http://bmf.hu/ journal/Mester25.pdf.

       Web of Science: 000290427600011, Google Scholar: 16231270646023226469, MTMT

          c6       Mester Gyula, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the IEEE SISY

                     2009, pp. 67-70, IEEE Catalog Number: CFP0984C-CDR, ISBN: 978-1-4244-5349-8, Library of Cong-

                     ress: 2009909575, DOI 10.1109/SISY.2009.52911190, Subotica, Serbia, Sept. 25-26, 2009.

       Web of Science: 000276175300014, Google Scholar: 6873520156588286527, MTMT

          c7       Dragan Saletic, Gyula Mester, Nanorobots - State of the Art, Proceedings of the YuInfo 2009, pp. 1-5,

                     ISBN: 978-86-85525-04-9, Kopaonik, Serbia, 8-11.03.2009. MTMT

       http://www.e-drustvo.org/proceedings/YuInfo2009/html/pdf/143.pdf

          c8       Gyula Mester, Robotizált intelligens otthonok, VMTT Konferencia, konferenciakiadvány, pp. 390-399,

                     ISBN 978-86-83581-46-7, Újvidék, Szerbia, november 8, 2008. MTMT

          c9       Gyula Mester, Intelligent Wheeled Mobile Robot Navigation, Jelenkori társadalmi és gazdasági

                     folyamatok, V. Évfolyam, 1-2 szám, pp. 258-264, ISSN: 1788-7593, SZTE, Szeged, Hungary, 2010.

                     MTMT

          c10      Zlatko Čović, Janoš Šimon, Igor Fürstner, Eva Pataki, Presentation of Projects in Various Engineerin

                      Competitions for Students, Proceedings of the XXXIII International Scientific Conference Science in

                      Practice, pp. 1-7, Schweinfurt, May 7^th and 8^th 2015 Science in Practice, Germany.

        Google Scholar: 14761912946550907611, MTMT

          c11      Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                        Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

        Google Scholar: 4267919485114118926, MTMT

          c12      Jelena Cosic Lesicar, Marko Posavec, Josip Stepanic, The use of Information Entropy in Extracting the

                      Irregularities of Autonomous Systems, Annals of Faculty of Hunedoara – International Journal of

                      Engineering, Tome XIII, Fascicule 3, pp. 269-272, ISSN 1584-2665, 2015.

        Google Scholar: 3232469149461672735, MTMT

          c13      Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                      Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

        Google Scholar: 11405780311557937599, MTMT

          c14      Janos Simon, Zlatko Covic, Data management of the Automomous Mobile Devices and Internet of

                      Things, Annals of Faculty of Hunedoara – International Journal of Engineering, Tome XIII, Fascicule 3,

                      pp. 265-268, ISSN: 1584-2665, August 2015.

        Google Scholar: 15235296464274343873, MTMT

        „The connection of vehicles or mobile robots to the Internet brings about a wealth of new possibilities and

        applications which bring new functionalities to the individuals and/or the making of transport easier and

        safer. In this context the concept of Internet of Vehicles (IoV) connected with the concept of Internet of

        Energy (IoE) represent future trends for smart transportation and mobility applications as depicted

         (described, shown, illustrated) on Figure 3 [5], [20-24].”

          c15      Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                      2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c16      Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c17      Simon János, Az IoT szerepe és jelentősége az oktatásban, VMTT Konferencia, Konferencia kiadvány,

                      pp. 1-11, ISBN 978-86-88077-07-1 , Újvidék, Szerbia, december 5, 2015. MTMT

                      „Kívánatos továbbá egy olyan platform is, amelynek segítségével az adatokat analitikus modellezéssel

                      elemezve előrejelzéseket készíthetünk [7],[9],[10],[11].”

          c18      Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descri-

                      ption of Complex Systems, Vol. 14, Issue 2, pp. 223-235, ISSN 1334-4684, DOI: 10.7906/indecs.14.2.11,

                      e-ISSN 1334-4676, 2016.

        Web of Science, Google Scholar: 2114222567575200895, MTMT

        „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is

        mere input - output data, however when expert knowledge is readily available, we should take advantage

        of it – fuzzy grey box modelling is a rational choice.”

          c19      Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                      Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                      indecs.14.2.7, 2016.

                      Web of Science, Google Scholar: 3069870268489633444, MTMT

          c20      Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                      linary Description of Complex Systems, Vol. 14, Issue 3, pp. 324-332, ISSN 1334-4684, DOI: 10.7906/

                      indecs.14.3.5, 2016.

                      Web of Science, MTMT

        „The study of kinematics and dynamics helps to understand the physics of the quadrotor and its behaviour

        [5-10].”

          c21      Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                      DOI: 10. 13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c22      Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.34

                      51.9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c23      József Sárosi, Bence Gyürki, Design and Construction of a Humanoid Arm Driven by Pneumatic Muscle

                      Actuator, Acta Technica Corviniensis – Bulletin of Engineering, Vol. 9, Issue 4, pp. 49-52, Faculty of

                      Engineering – Hunedoara, University Politehnica Timisoara, ISSN: 2067 – 3809, 2016. MTMT

        “Automation and robotics have become wellgrounded in the industry. Modern manufacturers and

        companies could hardly operate without robots and automated processes [1], [2].”

          c24      Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                      Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                      University, p. 175, Doctoral School on Safety and Security Sciences, disszertáció, Budapest, 2018.

                      MTMT

          c25      Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Envi-

                      ronments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-

                      62, ISSN: 1847-6996, http://www.etfos.hr/ijeces/index.php/ ijeces/article/ view/22, 2010.

        Google Scholar: 2253804250227885355, MTMT

          c26      Gyula Mester, Sensor Based Control of Autonomous Wheeled Mobile Robots, The Ipsi BgD Transactions

                      on Internet Research, TIR, Vol. 6, Issue 2, pp. 29-34, ISSN 1820-4503, New York, Frankfurt, Tokio,

                      Belgrade, 2010. 

        Google Scholar: 3397126282723087621, MTMT

          c27      Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description of

                      Complex Systems, Croatien Interdisciplinary Society, Vol. 14, No. 1, ISSN 1334-4684, DOI: 10.7906/

                      indecs.14.1.1, pp. 1-9, 2016.

        Web of Science, Google Scholar: 13807655955226877977, MTMT

          c28      Gyula Mester, New Trends in Education of Robotics, TREND 2016, (p.337) XXII Skup Trendovi Razvoja

                      “Nove Tehnologije u Nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-

                       5, Zlatibor, Serbia, 16. - 19. 02. 2016. MTMT

          c29      Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Ve-

                      hicles Trajectories, Proceedings of the 4^th International Scientific Conference on Advances in Mechanical

                      Engineering, ISCAME 2016, pp. 369-377, ISBN 978-963-473-944-9, Editor: Tamás Mankovits, Univer-

                      sity of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c30      Simon János, A negyedik ipari forradalom Industry4.0, A Magyar Tudomány Napja a Délvidéken 2016,

                      Vajdasági Magyar Tudományos Társaság, szerkesztő: Szalma József, pp. 1-10, Újvidék, Szerbia, 2016.

                      11.19. MTMT

          c31      J. Simon, Z. Covic, D. Dobrilovic, The Web of Things and Database Management Systems, Analecta, Re-

                      wiew of Faculty of Engineering, Analecta Technica Szegedinensia, Vol. 10, Issue 2, ISSN 2064-7964, pp.

                      61-68, 2016.

                      MTMT

          c32      Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-

                      Rotor, Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, Issue 6, pp. 215-234, ISSN 1785-8860,

                      2016.

                      Web of Science, Scopus, MTMT

          c33      János Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment

                      and Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering,

                      Science and Technology, Vol 1, Issue 1, pp. 34-41, 2016.

                      http://www.newcrestpublications.com/Journals/volume1/. MTMT

          c34      Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magy-

                      gyar Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                      MTMT

                      „A Tesla Roadster három elektromos (egy elektromotor elöl, kettő pedig hátul helyezkedik el),

                      négykerékmeghajtású önvezető autó [21-31].”

          c35      Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                      of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016.

                       november 17. MTMT

          c36      Mester Gyula, Tudományos teljesítmény mérése, idézetek, h index, Proceedings of 8^th International Engi-

                      neering Symposium at Bánki, IESB 2016, Ed. Drégelyi-Kiss Ágota, ISBN: 978-615-5460-95-1, pp. 1-10,

                      paper 57, Óbuda University, 17 November 2016. MTMT

          c37      Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                      Skup Trendovi Razvoja “Položaj visokog Obrazovanja i Nauke u Srbiji”, Zbornik radova, Ed. Vladimir

                      Katic, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22. - 24. 02. 2017.

                      MTMT

          c38      János Simon, Imre Petkovic, Djerdji Petkovic, Ármin Petkovic, Navigation and Applicability of Hexa Ro-

                      tor Drones in Greenhouse Environment, Tehnički vjesnik, University Josip Juraj Strossmayer, Osijek,

                      Croatia, Vol. 25, Suppl. 2, pp. 249-255, ISSN: 1330-3651, DOI: 10.17559/TV-20161109211133, 2018.

        Web of Science, Scopus, MTMT

          c39      V. B. Mohite, D. Kamble, S. Kamble, G. Landge, A. Sarowle, Survey Paper on Internet Voice Bot, pp. 1-

                      4, Dept. of Computer Engineering, Raisoni COE, Pune, India.

          c40      Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, In-

                      terdisciplinary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 16, No.

                      1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

          c41      Dalma Zilahy, The Link Between the Adoption of Self-Driving Cars and the 5G network, XXIX Skup

                      Trendovi Razvoja: “Univerzitet pred novim izazovima”, Zbornik radova, pp. 365-368, Paper No. T4.4-7,

                      ISBN 978-86-6022-554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.

          c42      Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023.

          c43      César Bautista, Importance of Virtualization inside Self-Driving Cars, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 89-92, Paper No. T4.3-1, ISBN 978-86-6022-

                      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.

          c44      Gyula Mester, Rang lista istraživača Srbije 2023, XXIX Skup Trendovi Razvoja: Univerzitet pred novim

                      izazovima, Zbornik radova, pp. 415-418, Paper No. T5.2-4, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023.

          c45      Gyula Mester, Rang lista istraživača Univerziteta u Novom Sadu 2023, XXIX Skup Trendovi Razvoja:

                      “Univerzitet pred novim izazovima”, Zbornik radova, pp. 373-376, Paper No. T5.1-1, ISBN 978-86-6022-

                      554-4, Vrnjačka Banja, Serbia, 8 - 11. 02. 2023.

          c46      Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-

                      rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment,

                      in: Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer

                      International Publishing, pp. 143-155, Chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-

                      030-32709-5, 2020. MTMT

          c47      Soumya Banerjee, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                      Questions, Interdisciplinary Description of Complex Systems, Indecs, Vol. 14, Issue 3, pp. 314-321, DOI:

                      10.7906/indecs.14.3.4, ISSN 1334-4684, 2016.

                       Web of Science

          c48      V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                      Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                      Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                      World, 26-28 September 2018. MTMT

                      https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

          c49      Simon János, IoT rendszerek a hétköznapokban, A Magyar Tudomány Napja a Délvidéken, Vajdasági

                      Magyar Tudományos Társaság, VMTT pp. 448-459, ISBN 978-86-88077-10-1, Újvidék, Szerbia, 2018.

                      MTMT.

          c50     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c51     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c52     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c53     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c54     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c55     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c56     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c57     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D106. D. Mešter, Dusan Bobera, O potrebi brzeg ukljucivanja visokog obrazovanja Srbije u Evrop-

ski prostor visokog obrazovanja i naučnog rada, TREND 2007, pp. 169-172, Kopaonik, Serbia, 5-

 8.03.2007.   

Research Gate, Google Scholar, MTMT

          c1       Gyula Mester, Doktorske studije na Univerzitetu u Segedinu, Proceedings of the TREND 2009, pp. 32-36,

                     ISBN 978-86-7892-157-5, Kopaonik, Serbia, 02-05.03.2009, www.trend.uns.ac.rs. MTMT

          c2       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                     XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978 86 7892 236 7, www.trend.uns.ac.rs,

                     Kopaonik, Serbia, 01-04.03.2010. MTMT

       “Predloženo rešenje pospešuje integraciju našeg sistema visokog obrazovanja u Evropski prostor visokog

       obrazovanja, a samim tim i u Evropski prostor naučnog rada i u globalni obrazovno-naučni sistem [3].”

          c3       Gyula Mester, Academic Ranking of World Universities 2009/2010, Invited Paper, Vol. 7, No. 1, pp. 44-

                     47, Ipsi Journal, Transactions on Internet Research, TIR, ISSN 1820 - 4503, New York, Frankfurt, Tokyo,

                     Belgrade, 2011. MTMT

          c4       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT 

 

D107. Gyula Mester, Obstacle Avoidance of Mobile Robots in Unknown Environments, Proceed-

ings of the 5^th International Symposium on Intelligent Systems and Informatics, SISY 2007, pp.123-

127, ISBN 978-1-4244-1442-0, DOI 10.1109/SISY.2007.4342637, Subotica, Serbia, August 24-25.

2007.

Web of Science: 000253272400024, Scopus: 48049083930, Google Scholar:

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          c1       Wen-Yo Lee, Jhu-Syuan Guo, Chi-Pin Chen, Motion Control Components Algorithms on a Chip for Dri-

                     ving Module, Proceedings of the 8^th IEEE International Conference on Power Electronics and Drive

                     Systems, PEDS 2009, Vol. 1 and 2, pp. 385-390, ISBN: 978-1-4244-4166-2, DOI: 10.1109/PEDS.2009.

                     5385713, Taipei, Taiwan, 2-5 November 2009.

       Web of Science: 000277469700070, Google Scholar: 1082497215055080142, MTMT

       „From day after day cycling testing of the mobile robot obstacle avoiding algorithms [4-5], it shows that

       the motion driving module has high reliabilities and excellent stabilities.“

          c2       Lai, L.-C., Wu, C.-J, Jeng, J.-T., Ko, C.-N., Fu, Y.-Y., PSO-based Potential Field Method for a Mobile

                     Robot Motion Planning in an Unknown Environment, Proceedings of the 14^th International Symposium on

                     Artificial Life and Robotics, AROB 14^th' 09, Oita, Japan, February 5 - 7, pp. 255-258, 2009.

                     Web of Science, MTMT

          c3       Ahmet Kizilhan, Zafer Bingül, Üç Boyutlu Yeraltı Görüntüleme Amaçlı Gezgin Robotun Konum ve Yörün-

                     ge Kontrolü, pp. 514-519, in. Otomatik Kontrol Ulusal Toplantisi, 21-23 Eylül 2010, Gebze Kocaeli 2010,

                     http://akademikpersonel.kocaeli.edu.tr/zaferb/bildiri/zaferb27.09.2010_15.30.10bildiri. pdf, MTMT

       „Modelleme yapılırken robotun nonholonomik yapısından kaynaklanan bazı sınırlandırmalar ve kabuller

       mevcuttur [7][8].”

          c4       Li-Chun Lai, Chun-Feng Lu, Yen-Ching Chang and Tsong-Li Lee, Parameter Estimation of Potential

                     Field Method with Fuzzy Control for Motion Planning of Soccer Robot, Next Wave in Robotics, Commu-

                     nications in Computer and Information Science, 2011, Vol. 212, pp. 186-192, ISBN 978-3-642-23146-9,

                     ISSN 1865-0929, DOI: 10.1007/978-3-642-23147-6_23, T.-HS Li et al. (Eds.): FIRA 2011, CCIS 212,

                     Springer-Verlag Berlin Heidelberg, 2011.

       Web of Science: 000309982500023, Google Scholar: 2803057629661761180, MTMT

          c5       Mester G., Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Journal of Applied Sciences, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

                     http://bmf.hu/ journal/Mester 25.pdf.

      Web of Science: 000290427600011, Google Scholar: 16231270646023226469. MTMT

          c6       Turki Y. Abdalla, Abdulkareem A. A., PSO-based Optimum Design of PID Controller for Mobile Robot

                     Trajectory Tracking, International Journal of Computer Applications (0975 – 8887), Vol. 47, Issue 23, pp.

                     30-35, June 2012.

       Web of Science, Google Scholar: 2179314871045911157. MTMT

       “The position of the mobile robot in the plane is shown in Figure 1, the inertial-based frame (Oxy) is fixed

       in the plane of motion and the moving frame is attached to the mobile robot. The mobile robots are rigid

       cart equipped, with non-deformable conventional wheels, and it is moving on a non-deformable horizontal

       plane. During the motion: the contact between the wheel and the horizontal plane is reduced to a single

       point, the wheels are fixed, the plane of each wheel remains vertical, the wheel rotates about its horizontal

       axle and the orientation of the horizontal axle with respect to the cart can be fixed [9]. This means that the

       velocity of the contact point between each wheel and the horizontal plane is equal to zero. The rotation

       angle of the wheel about its horizontal axle is denoted by φ(t) and the radius of the wheel by r. Hence, the

       position of the wheel is characterized by two constants:  b and r and its motion by: φr(t) – the rotation ang-

       le of the right wheel and φl(t) – the rotation angle of the left wheel. The configuration of the mobile robot

       can be described by five generalized coordinates (q) such as [9, 10]: where:  xc and yc are the two coor-

       dinates of the origin C of the moving frame (the geometric center of the mobile robot), θ is the orientation

       angle of the mobile robot (of the moving frame).

          c7       Chia-yu Shih, Intelligent Navigation and Micro - Spectrometer Content Detection System for Home Care

                     Mobile Robot, Master Thesis, pp. 1-77, 2012.

       Google Scholar: 5306856977744232215, MTMT

          c8       Vivien Coelho; Stanley Liew; Karl Stol; Guangyu Liu, Development of a Mobile Two-Wheel Balancing

                     Platform for Autonomous Applications, Proceedings of the 15^th IEEE International Conference on

                     Mechatronics and Machine Vision in Practice, pp. 575-580, DOI: 10.1109/MMVIP.2008.4749594,

                     Auckland, New Zealand, Dec. 02-04, 2008.

       Web of Science: 000267752900098, MTMT

          c9       Gyula Mester, Obstacle - Slope Avoidance and Velocity Control of Wheeled Mobile Robots using Fuzzy 

                     Reasoning, Proceedings of the IEEE 13^th International Conference on Intelligent Engineering Systems,

                     INES 2009, Barbados, pp. 226-230, ISBN: 978-1-4244-4113-6, Library of Congress: 2009901330, DOI:

                     10.1109/INES.2009.4924770, April 16-18, 2009.

       Web of Science: 000270809000041, Scopus, Google Scholar: 10423310045116547561, MTMT

          c10     Mester Gyula, Obstacle Avoidance and Velocity Control of Mobile Robots, Proceedings of the 6^th Internati-

                     onal Symposium on Intelligent Systems and Informatics, pp. 97-101, DOI: 10.1109/SISY.2008.4664918,

                     paper: 4664918, Subotica, Serbia, Sept. 26-27, 2008.

       Web of Science: 000265601200020, Scopus, Google Scholar: 14065819296326265883, MTMT

          c11     J. Prakash, K. Udhayakumar, Vision based AGV (Mobile Robot) Using Multiprocessor Controller with

                     RTOS, Advanced Engineering Informatics, Elixir Adv. Engg. Info., elixirpublishers.com, No. 31, pp.

                     1893-1896, 2011. http://www.elixirpublishers.com/articles/134985467931%20(2011)%201893-1896.pdf.

       Google Scholar: 2807705056864956316, MTMT

          c12     基于多传感器的移动机器人避障, Obstacle Avoidance of Mobile Robot Based on Multi-Sensors, 310023

                     Applied Technique, pp 164-166, 2009, http://www.c-s-a.org.cn.

       Google Scholar: 13370759491069829985, MTMT

          c13     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Vol.13, Issue 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015.

       Google Scholar: 12544637349042197106, MTMT

       “Three simple navigation strategy: seek-goal, traverse-terrain, and avoid obstacles [1-5].”

          c14     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol. 13,

                     Issue 1, DOI: 10.7906/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015.

       Google Scholar: 10153990503926814707. MTMT

       “Kamei et al, proposed prototype infrastructure of cloud networked robotics enables multi-location

       robotic services for life support [31-34].”

          c15     János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots, Inter-

                     disciplinary Description of Complex Systems, Indecs, Vol. 13, Issue 1, DOI: 10.7906/indecs.13.1.5, ISSN

                     1334-4684, pp. 34-40. 2015.

                     Google Scholar: 1217132761466080270, MTMT

          c16     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja:

       “Univerzitet u Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

          c17     Busra Koken, Gyula Mester, The Evolution of Cloud Robotics: A Survey, Acta Technica Corviniensys

                     - Buletin of Engineering, Tome VIII, Fascicule 2 (April – June), pp. 23-26, ISSN 2067 – 3809,

      University Politehnica Timisoara, Faculty of Engineering Hunedoara, 2015.

      Google Scholar: 11838656862210255790, MTMT

          c18     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

       Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

      Google Scholar: 4267919485114118926, MTMT

          c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

                     Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Gyula Mester, Position Correction System of Wheeled Mobile Robots Using Ultrasonic Sensors, Procee-

       ding of the 2^nd International Congress of Serbian Society of Mechanics, D11, Palic, Serbia, 2009. MTMT

          c21     Gyula Mester, Obstacle and Slope Avoidance of Mobile Robots in Unknown Environments, Proceedings

                     of the XXV. Science in Practice, pp. 27-33, Schweinfurt, Germany, Oct. 15-16, 2007. MTMT

          c22     Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

       pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2008. MTMT

          c23     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis Buletin of

       Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

       Google Scholar: 11405780311557937599, MTMT

          c24     Ta-Chung Wang, Obstacle Detection and Avoidance With Noisy Measurements Using Danger Zone Con-

       cepts, Journal of the Chinese Institute of Engineers Vol. 38, Issue 8, Taylor & Francis, pp. 1020-1025,

       DOI: 10.1080/02533839.2015.1047799, 2015. MTMT

       „Fuzzy controls have also benn proposed (Mester 2007; Guo et al. 2009; Samsudin, Ahmad and

       Mashohor 2011).“

          c25     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c26     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

       Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Schweinfurt, Ger-

       many, 07-08.05.2015.

       Google Scholar: 4446077154993683039, MTMT

          c27     Li-Chun Lai, Yen-Ching Chang, Jin-Tsong Jeng, Guan-Ming Huang, Wan-Ning Li, Yi-Shan Zhang,    

                     A PSO Method for Optimal Design of PID Controller in Motion Planning of a Mobile Robot, Book Group

                     Author(s): IEEE International Conference on Fuzzy Theory and its Applications (iFUZZY 2013), pp. 134-

                     139, DOI: 10.1109/iFuzzy.2013.6825424, Taipei, TAIWAN, DEC 06-08, 2013.

       Web of Science: 000339736400024, Google Scholar: 17480123241055646812, MTMT

          c28     Lee Min-Fan Ricky, Chiu Fu-Hsin Steven, Intelligent Multi-behavior Control and Coordination for the

                     Autonomous Differential Drive Mobile Robot, IEEE International Conference on Fuzzy Theory and its

                     Applications (iFUZZY 2013), pp. 31-­36, Taipei, TAIWAN Date: Dec. 06-08, 2013.

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          c29     Turki Y. Abdalla, Adaptive Fuzzy FOPID Control Scheme for Path tracking of Mobile Robot, International

                     Journal of Computer Applications Foundation of Computer Science (FCS), NY, USA, Vol. 181, No. 22,

                     pp. 1-5, DOI: 10.5120/ijca2018917887, 2018. MTMT

                     “The kinematic model has been used for motion control and this model is valid if the robot has low speed,

                     low acceleration and light load [16].”

          c30     G. Mester, A. Rodić, Sensor-based Intelligent Mobile robot Navigation in Unknown Environments, Inter-

                     national Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62, 2010.

                     GSh: 2253804250227885355, MTMT

          c31     Gyula Mester, Naučnometrijski indeksi, pp. 1-50, Univerzitet u Novom Sadu, DOI: 10.13140/RG.2.1.3451.

                     9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c32     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „A Tesla Roadster három elektromos (egy elektromotor elől, kettő pedig hátul helyezkedik el), négykerék-

                     meghajtású önvezető autó [21-31].”

          c33     Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform,

      Interdisciplinary Description of Complex Systems, Indecs, Vol. 16, No. 1, pp. 139-148, ISSN 1334-4684,

                    DOI: 10.7906/indecs.16.1.11, 2018.

          c34     Faikul Umam, Muhammad Fuad, Iswanto Suwarno, Alfian Ma'arif, Wahyu Caesarendra, Obstacle Avoi-

                     dance Based on Stereo Vision Navigation System for Omnidirectional Robot, Journal of Robotics and

                     Control (JRC), Vol. 4, Issue 2, pp. 227-242, ISSN: 2715-5072, DOI: 10.18196/jrc.v4i2.17977, 2023.07.30.

                     MTMT

                     „Research on obstacle avoidance has often been carried out by researchers, starting with presenting fuzzy

                     algorithms for reactive navigation for mobile robots in complex environments [1] – [61].

          c35     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

          c36     Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-

                     rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment, in:

                     Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Internation-

                     al Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-32709-5,

                     2020. MTMT

          c37     H. Aung, Z. Oo, Path Tracking Control of Obstacle Avoiding Robot Using Ultrasonic Sensor, International

                     Journal of Science and Engineering Applications, DOI:10.7753/IJSEA0712.1005, Corpus ID: 70275211,

                     2018.

          c38     Turki Y. Abdalla, Fuzzy Fine Tuning of an Optimized PID Control Scheme for Mobile Robot Trajectory

                     Tracking, International Journal of Computer Applications, DOI: 10.5120/ijca2018917875, ISBN: 973-93-

                     80899-29-9, Vol. 181, No. 19, pp. 15-19, 2018.

                     „The configuration of the mobile robot can be described as:[9]:”  

          c39     V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018. MTMT

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf.

          c40     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c41     Turki Y. Abdalla, Abdulkareem A. A., A PSO Optimized Fuzzy Control Scheme for Mobile Robot Path

                     Tracking, International Journal of Computer Applications (0975-8887), Vol. 76, No.2, pp. 11-17, August

                     2013. MTMT

        c42     Xiaotong Hua, Guolei Wang, Zhiliang Chen, Ken Chen, An On-line Path Finding Algorithm in Unknown

                     Duct for Long Redundant Robot with Laser Rangefinder, Published in: 2019 IEEE International Conferen-

                     ce on Real-time Computing and Robotics (RCAR), 2019 IEEE International Conference on Real-time

                     Computing and Robotics (RCAR), pp. 420-425, DOI: 10.1109/RCAR47638.2019.9044038, Irkutsk,

                     Russia, 04-09 August 2019. MTMT

                     “These researches are usually carried on mobile robots [16]-[17][18].”

          c43     Htike Htike Aung, Zaw Min Oo, Path Tracking Control of Obstacle Avoiding Robot Using Ultrasonic

                     Sensor, International Journal of Science and Engineering Applications, Vol. 7, Issue 12, pp. 499-503,

                     ISSN: -2319–7560, 2018. www.ijsea.com

                     „Finally, the simulation results show the effectiveness and the validity of the obstacle avoidance behavior

                     in an unknown environment of the proposed fuzzy control strategy by Mester, Gyula [9].”

          c44     Gándara Vega Lucas, Desarrollo de un algoritmo para la evasión de obstáculos dinámicos con un robot

                     móvil con técnica de aprendizaje con refuerzo, Universidad Militar Nueva Granada, p. 76, 2020. MTMT

                     Paralelamente se ha utilizado frecuentemente lógica difusa, un ejemplo se observa en [38] donde por me-

                     dio de esta tecnología se consigue un controlador para los actuadores de las ruedas de un robot diferencial,

                     utilizando como entradas de este la distancia al obstáculo, la orientación del obstáculo (ángulo formado por

                     el robot y el obstáculo) y la orientación del punto objetivo (ángulo formado por el robot y el punto donde

                     se desea ir) y las salidas son la velocidad lineal del robot y su velocidad angular.”

                     http://hdl.handle.net/10654/37992

          c45     Muhammad Ahmad Baballe, Mukhtar Ibrahim Bello, Shehu Hassan Ayagi, Umar Farouk Musa, Obstacle

                     Avoidance Robot using an Ultrasonic Sensor with Arduino Uno, Global Journal of Research in Engine-

                     ering & Computer Sciences, Vol. 3, Issue 5, pp. 14-25, DOI: 10.5281/zenodo.10015177, ISSN: 2583-27

                     27, Published by GJR Publication, India, 2023. https://gjrpublication.com/gjrecs/

                     „Obstacle avoidance has been the subject of numerous studies, starting with the presentation of fuzzy

                     algorithms for reactive navigation of mobile robots in challenging environments [1-61].”

          c46     Dalma Zilahy, Az önvezető autók elfogadása, Magyar Tudomány Napja a Délvidéken, pp. 272-277, ISBN

                     978-86-88077-13-2, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia, november 13, 2021.

          c47     Muhammad Ahmad Baballe, Baballe, M. A., Simulation of Obstacle Avoidance Robots, TMP Universal

                     Journal of Research and Review Archives, Vol. 2, Issue 3, pp. 109-119, E-ISSN 2583-7214, DOI: 10.

                     69557/ujrra.v2i3.58, 2023.

          c48     Ei Ei Phyo, Ei Ei Myat, Efficient K-Means Clustering Algorithm Using Feature Weight and Min-Max Nor-

                     malization, International Journal of Science and Engineering Applications, Vol. 7, Issue 12, pp. 479-482,

                     ISSN: 2319–7560, 2018.

          c49     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság, pp.   

                     278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c50     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

 

D108. Gyula Mester, Bipedal Walking in Robots, Proceedings of the Európai Kihivások IV.

Nemzetközi Tudományos Konferencia, pp. 703-707, ISBN: 978-963-482-857-0, Szeged,

Hungary, október 12, 2007.

Research Gate, Google Scholar, MTMT.

         c1       Gyula Mester, Lépegető humanoid robotok mozgástervezése, VMTT Konferencia 10.11.2007,

                     Konferenciakiadvány, pp. 267-273, ISBN 978-86-83581-44-3, Novi Sad, Serbia, 2007. MTMT

          c2       Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyv-

                     fejezet, pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2008. MTMT

          c3       Mester Gyula, Kétlábon járó robot modellezése, Informatika a felsőoktatásban 2008, Konferencia-

       kiadvány, pp. 1-8, ISBN 978-963-473-129-0, Debrecen, augusztus 27-29 2008. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c5       Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Int-

                     ternational Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher

                     Education, ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

 

D109. Gyula Mester, Obstacle and Slope Avoidance of Mobile Robots in Unknown Environments,

Proceedings of the XXV. Science in Practice, pp. 27-33, Schweinfurt, Oct. 15-16, 2007, Germany.

Research Gate, Google Scholar, MTMT.

          c1       Istvan Matijevics, Development of e-Laboratory for Embedded Systems, Proceedings of the YUINFO’

                     2008, pp. 1-4, Kopaonik, Serbia, 2008. MTMT

          c2       Mester G., Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica   

                     Hungarica, Journal of Applied Sciences Vol. 7, Issue 4, pp. 153-165, ISSN 1785-8860, 2010.

                     http://bmf.hu/ journal/Mester_25.pdf, Budapest, Hungary, 2010.

       Web of Science: 000290427600011, MTMT

          c3       Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

                     ISSN:1847-6996, 2010. MTMT

          c4       Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

                     pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2008. MTMT

          c5        Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

          c6       Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-

                     rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment, in:

                     Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Inter-

                     national Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-

                     32709-5, 2020.

          c7       V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018.

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

 

D110. Gyula Mester, Modeling of the Control Strategies of Wheeled Mobile Robots, Proceedings of

the Kandó Conference 2006, pp. 1-4, ISBN 963-7154-42-6, Budapest, Hungary, January 12-13,

2006. MTMT 22/36 Gs cit. 72

Google Scholar: 17442310832666831224, Research Gate, MTMT: 1666221.

          c1       Istvan Matijevics, Infrared Sensors Microcontroller Interface System for Mobile Robots, Proceedings of

                     the 5^th Serbian-Hungarian Joint Symposium on Intelligent Systems and Informatics SISY 2007, ISBN 978-

                     1-4244-1442-0, pp. 177-181, DOI: 10.1109/SISY.2007.4342647, paper: 4342647, Subotica, Serbia, Aug.

                     24-25, 2007.

       Scopus, MTMT

          c2       Istvan Matijevics, Remote Control Laboratory for Embeded Systems via the Internet, Proceedings of the

                     XXV. Science in Practice, pp. 59-63, Schweinfurt, Germany, Oct. 15-16, 2007. MTMT

          c3       Peter Kucsera, Modular Industrial Mobile Robot Systems Mobile Robot Docking, Proceedings of the

       XXV. Science in Practice, pp. 13-25, Schweinfurt, Germany, Oct. 15-16, 2007. MTMT

          c4       Peter Kucsera, Experimental Mobile Robot System Built Up from Industrial Components, pp. 417-428,

                     Proceedings of the 8^th International Symposium of Hungarian Researchers on Computational Intelligence

                     and Informatics, ISBN 9789637154652, Budapest, Nov. 15-17, 2007.

       Scopus, MTMT

       „Using the simplest mechanical structure has some advantages [8].”

          c5       Peter Kucsera, Industrial Component-based Sample Mobile Robot System, Acta Polytechnica Hungarica,

                     pp. 69-81, Vol. 4, Issue 4, ISSN 1785-8860, 2007, Budapest. MTMT

          c6       Peter Kucsera, Autonomous Advertising Mobile Robot for Exhibitions, Developed at BMF, Studies in

                     Computional Intelligence, Imre J. Rudas at al. Eds., ISBN 978-3-642-03736-8, DOI 10.1007/978-3-642-

                     03737-5_21, Vol. 243, pp. 295-303, Springer, 2009.

       Scopus, MTMT

          c7       E. Horvath, Peter Kucsera, Autonomous Advertising Mobile Robot Development, Proceedings of the IEEE

                     Conference INES 2010, 14^th International Conference on Intelligent Engineering Systems, pp. 281-284,

                     ISBN: 978-1-4244-7651-0, DOI:10.1109/INES.2010.5483831, Las Palmas of Gran Canaria, Spain, May 5-

                     7, 2010.

       Scopus, MTMT

          c8       Istvan Matijevics, Local and Remote Laboratories int he Education of Robot Architectures, Intelligent En-

                     gineering Systems and Computational Cybernetics, J. A. Tenreiro Machado, Béla Pátkai, Imre J. Rud-

                    as editors, pp. 27-36, ISBN 978-1-4020-8677-9, DOI: 10.1007/978-1-4020-8678-6_3, Springer, 2009.

                    MTMT

       „The navigation of mobile robots [7,8] is solved with microcontrollers and microprocesors together

       with numerous of sensors and actuators”.

          c9        Salomão Gonçalves de Oliveira, Desenvolvimento de um Robô COM Rodas Autônomo, Dissertação -

                     Universidade Federal do Rio de Janeiro, COPPE, 122p., disszertáció, Rio de Janeiro, RJ – BRASIL, Abril

                     de 2008. MTMT

          c10     Simon János, Mobil merőállomás navigációja kontrollált mikroklimatikus környezetben, VMTT Konfe-

                     rencia, Konferenciakiadvány, pp. 580-589, ISBN 978-86-88077-03-3, Újvidék, Szerbia, november 12,

                     2011. MTMT

        „A nagyobb üvegházaknál célszerű saját vízforrás létesítése, mivel ez ekkora mennyiségű vízszükséglet a

        vízhálózatról (központi hálózat, ivóvíz) táplálni nem lehetséges [17].”

          c11      Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the IEEE SISY 

                      2009, pp. 67-70, IEEE Catalog Number: CFP0984C-CDR, ISBN: 978-1-4244-5349-8, Library of Cong-

                      ress: 2009909575, DOI 10.1109/SISY.2009.52911190, Subotica, Serbia, Sept. 25-26, 2009.

        Web of Science: 000276175300014, MTMT

          c12      Simon János, Mobil robotok az oktatásban, A Magyar Tudomány Napja a Délvidéken, 2012.11.24,

                      VMTT, pp. 477-487, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013. MTMT

        „Az autonóm robotok külső irányítótól függetlenül is képesek cselekedni. Programozásukat az a cél ve-

        zérli, hogy a külső hatásokra valamilyen módon reagáljanak. A fejlettebbek sztereo látórendszert

        használnak a térbeli érzékelést két kamera, a tárgyak lokalizálását és osztályozását képfelismerő

        szoftverek biztosítják [15].”

          c13      Gyula Mester, Intelligent Mobile Robot Controller Design, Proceedings of the 10^th Intelligent Enginee-

                      ring Systems, INES 2006, pp. 282-286, ISBN:0-7803-9708-8, DOI:10.1109/INES.2006.1689384,

                      London, United Kingdom, June 26-28, 2006. Web of Science. MTMT

          c14      S. Renault, Ziggy and Zimbili, Robotic Platform for Mechatronics Learning and Research, Proceedings

                      of the IEEE 2014 10^th France-Japan/ 8^th Europe-Asia Congress on Mecatronics, DOI:10.1109/Mecatron

                      ics.2014.7018565, ISBN 978-1-4799-5717-0/14/$31.00©2014IEEE, pp. 116-120, November 27-30,

                      2014, Tokyo, Japan.

        Web of Science. MTMT

        “These are two wheels robots because they are relatively simple to control and easy to model [7],[8],[9].”.

          c15      Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol. 13,

                      Issue 1, DOI: 10.7 906/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015. MTMT

        “Also they have physical constraints such as size, shape, power supply, motion mode and working

        environment [7-9].”

          c16      Zoltán Rajnai, Béla Puskás, The Requirements of the Installation of the Critical Informational Infrastruc-

                      ture and its Management, Interdisciplinary Description of Complex Systems, Indecs, pp. 48-56, Vol. 13,

                      Issue 1, ISSN 1334-4684, DOI: 10.7906/indecs.13.1.7, 2015. MTMT

         “In the best cast scenario only its effectiveness will decrease but if it turns worse the interdependency

         will activate the domino theory, which will cause continuous malfunctions, decrease its effectiveness

         considerably [9, 10].”

          c17      János Simon, Concepts of the Internet of Things from the Aspect of the Autonomous Mobile Robots,

                      Interdisciplinary Description of Complex Systems, Vol. 13, Issue 1, DOI: 10.7906/indecs.13.1.5, ISSN

                      1334-4684, pp. 34-40. 2015.

        Web of Science, MTMT

          c18      Gyula Mester, Motion Control of Wheeled Mobile Robots, Proceedings of the 4^th International Symposi-

                      um on Intelligent Systems, SISY 2006, pp. 119-130, ISBN 963 7154 50 7, Subotica, Serbia, 2930.09.

                      2006. MTMT

          c19      Gyula Mester, Sensor Based Control of Autonomous Wheeled Mobile Robots, The Ipsi BgD Transacti-

                      tions on Internet Research, TIR, Vol. 6, Issue2, pp. 29-34, ISSN 1820-4503, New York, Frankfurt, Tokio,

                      Belgrade, http://internetjournals.net/journals/ tir/2010/July/Paper%2004.pdf, 2010. MTMT

          c20      Gyula Mester, Intelligent Mobil Robot Control in Unknown Environments, Intelligent Engineering Syst-      

                      ems and Computational Cybernetics, Part I Intelligent Robotics, pp. 15-26, ISBN 978-1-4020-8677-9,

                      Library of Congress: 2008934137, DOI 10.1007/978-1-4020-8678-6_2, Springer, 2009. MTMT

          c21      Gyula Mester, Web Based Remote Control of Mobile Robots Motion, Proceedings of the YUINFO’2009,

                      pp. 1-3, ISBN 978-86-85525-04-9, Kopaonik, Serbia, 8-11.03.2009. MTMT

          c22      Gyula Mester, Designing of the Intelligent Mobile Robot Control in the Matlab Environment, Proceed-

                      ings of the YUINFO’2008, pp. 1-5, ISBN: 978-86-85525-03-2, http://www.e-drustvo.org/ proceedings/

                      YuInfo2008/html/pdf/016.pdf, Kopaonik, Serbia, 9-12.03.2008. MTMT

          c23      Dragan Saletic, Gyula Mester, Nanorobots - State of the Art, Proceedings of the YuInfo 2009, pp. 1-5,

                      ISBN: 978-86-85525-04-9, Kopaonik, Serbia, 08-11.03.2009. MTMT

          c24       Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfe-

                      jezet, pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2008. MTMT

          c25      Gyula Mester, Motion Control of Wheeled Mobile Robots, Proceedings of the 4^th International Symposi-

                      posium on Intelligent Systems, SISY 2006, pp. 119-130, ISBN 963 7154 50 7, Subotica, Serbia, 29-

                      30.09.2006. MTMT

          c26      Gyula Mester, Distance Learning in Robotics, Proceedings of The Third International Conference on In-

                      formatics, Educational Technology and New Media in Education, pp. 239-245, ISBN 86-83097-51-X,

                      Sombor, Serbia and Montenegro, 01.04.2006. MTMT

          c27      Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

                      RG.2.1.4411.1204, Mašinski Fakultet,Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015.

                      MTMT

          c28      Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c29      Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary De-

                      scription of Complex Systems, Indecs, Vol. 14, Issue 2, pp. 223-235, DOI:10.7906/indecs.14.2.11, ISSN

                      1334-4684, e-ISSN 1334-4676, 2016.

                      Web of Science, MTMT

        „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is

        mere input-output data, however when expert knowledge is readily available, we should take advantage of

        it – fuzzy grey-box modelling is a rational choice.”

          c30      Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                      Complex Systems, Indecs, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI:

                      10.7906/indecs.14.2.7, 2016.

                       Web of Science, MTMT

          c31      Béla Puskás, Zoltán Rajnai, The Requirements of the Installation of the Critical Informational Infrastruc-

                      ture and its Management, Bezbednost, Vol. 17, Issue 3, ISSN 0409-2953, Beograd, Serbia, 2015, pp. 88-

                      100. MTMT

          c32      Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                      linary Description of Complex Systems, Vol. 14, Issue 3, pp. 322-330, ISSN 1334-4684, DOI:10.7906/

                      indecs.14.3.5, 2016.

                      Web of Science, MTMT

          c33      Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

        DOI:10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c34      János Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment

                      and Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering,

                      Science and Technology, Vol. 1, Issue 1, pp. 34-41, 2016. MTMT

                      http://www.newcrestpublications.com/Journals/volume1/, 2016.

          c35      Soumya Banerjee, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                      Questions, Interdisciplinary Description of Complex Systems, Indecs, Vol. 14, Issue 3, pp. 314-321, ISSN

                      1334-4684, DOI: 10.7906/indecs.14.3.4, 2016.

        Web of Science, MTMT

          c35      Đekic Milica, Mester, Gyula, Understanding Cyber Technologies in a Physical Way, Tehnika – Kvalitet

                      IMS, Standardizacija i Metrologija, Vol. 76, Issue. 5, pp. 690-693, DOI:10.5937/tehnika2105690D, ISSN

                      0040-2176, UDC: 004.738:343.7004.3:62-7, Savez inženjera i tehničara Srbije, Beograd, 2021. MTMT

          c36      Gyula Mester, Development of the Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Ind-

                      ecs, Interdisciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 16, Issue

                      1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018.

        Web of Science, MTMT

          c37      Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the

                      Conference Trend 2022, paper No. T 4.1-6, pp. 394-397, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14-

                      17.02.2022. MTMT

          c38      Zilahy Dalma, Az önvezető autók szociálpszihológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                      2019, Vajdasági Magyar Tudományos Társaság, pp. 429-436, ISBN: 978-86-88077-11-8, Újvidék,

                      Szerbia, 2021 december 14. MTMT

          c39      陈 年, 传统家具制作走向工业机器人制作的优劣分析,China Forest Products Industry, Vol. 60 Issue

                      4, pp. 81-85, 2023. MTMT

          c40      Pisarov Jelena, Autonomous Driving, IPSI Transactions on Advanced Research, Vol. 17, No. 2, pp. 19-27,

                      ISSN 1820-4511, July 2021. MTMT

          c41      Jelena Pisarov, Igor Pisarov, Biztonsági rendszerek témakör kutatóinak világranglistája, pp. 1-6, Research

                      Gate, 2023.

          c42      Jelena Pisarov, Najnovija rang lista istraživača Srbije, pp. 1-8, Research Gate, 2023.

          c43      Jelena Pisarov, A személy–és teherforgalom digitalizálása, Research Gate, Vajdasági Magyar Tudomá-

                      nyos Társaság, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c 44      Zilahy Dalma, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                      kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13.

          c45     De Oliveira Junior, Salomão Gonçalves. Desenvolvimento de um Robô Com Rodas Autônomo.

                     Dissertation, Universidade Federal do Rio De Janeiro, 2008.

          c46     Li Bo, Gu Jia-ning, Niu Xiao-ting, Visualization Analysis of AGV Research Trends Based on CiteSpace,

                     China Forest Products Industry, Vol. 61, Issue 12, p. 62, DOI: 10.19531/j.issn1001-5299.202412011,

                     ISSN 1001-5299, 2024.

          c47     Jiang Guo-bin, Research of Woodworking Mechanization Technology Innovation Progress in China –

                     Based on Patent Analysis of Woodworking Mechanization Area During 2000-2022, China Forest Products         

                     Industry, Vol 61, Issue 12, p. 68, DOI: 10.19531/j.issn1001-5299.202412012, ISSN 1001-5299, 2024.

          c48     Janos Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment and

                     Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering,

                     Science and Technology, Vol. 1, Issue 1, pp. 34-41, ISSN: 2581-4311, 2016.

          c49     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

 

         

D111.  Gyula Mester, Introduction to Control of Mobile Robots, Proceedings of the YUINFO’2006, pp. 1-4, edit. Ivkovic Miodrag, Information Society of Serbia, ISBN 86-85525-01-2, Kopaonik, Serbia & Montenegro, 06-10.03.2006. MTMT 21/37 GS cit 69

Research Gate, Google Scholar: 6668614446431660063, MTMT: 1666225.

          c1       Istvan Matijevics, Education of Mobile Robot Architecture, Proceedings of the IEEE 10^th International

                     Conference on Intelligent Engineering Systems INES 2006, pp. 180-183, DOI: 10.1109/INES.2006.

                     1689365, ISBN 1-4244-9708-8, London, June 26-28, 2006.

       Scopus, MTMT

          c2       Istvan Matijevics: Mobil robotok architektúrája, Szegedi Tudományegyetem, Szegedi Élelmiszeripari

                     Főiskolai Kar, VII. Nemzetközi élelmiszertudományi konferencia, pp. 83, ISBN: 9634826768, Szeged,

                     2006. MTMT

          c3       Dragan Z. Saletic, On Further Development of Soft Computing, Some Trends in Computational Intelli-

                     gence, Proceedings of the SISY 2006, pp. 319-328, ISBN 9637154507, Subotica, Serbia, September 29-

                     30, 2006. MTMT

          c4       Istvan Matijevics, Microcontrollers, Actuators and Sensors in Mobile Robots, Proceedings of the Sympo-

                     sium on Intelligent Systems SISY 2006, pp. 155-166, ISBN 9637154507, Subotica, Serbia, September 29-

                     30, 2006.

       Scopus, MTMT

          c5       Janos Simon, Tibor Szakal, Zlatko Covic, Programming Mobile Robots in ANSI C Language for PIC

                     MCU’s, Proceedings of the Symposium on Intelligent Systems SISY 2006, pp. 131-137, Subotica, Serbia,

                     September 29-30, 2006. MTMT

          c6       Gyula Mester, Obstacle Avoidance and Velocity Control of Mobile Robots, Proceedings of the 6^th Interna-

                     tional Symposium on Intelligent Systems and Informatics SISY 2008, pp. 97-101, IEEE Catalog Number:

                     CFP0884C-CDR, ISBN 978-1-4244-2406-1, Library of Congress: 2008903275, DOI 10.1109/SISY.2008.

                     4664918, Subotica, Serbia, Sept. 26-27, 2008.

       Web of Science: 000265601200020, Scopus, Google Scholar, MTMT

          c7       Gyula Mester, Obstacle Avoidance of Mobile Robots in Unknown Environments, Proceedings of the IEEE  

                     5^th International Conference on Intelligent Engineering Systems and Informatics, SISY2007, pp. 123-127,

                     ISBN 978-1-4244-1442-0, DOI 10.1109/SISY.2007.4342637, Subotica, Serbia, Aug. 24-25, 2007.

       Web of Science: 000253272400024, Scopus, Google Scholar, MTMT

          c8       Istvan Matijevics, Infrared Sensors Microcontroller Interface System for Mobile Robots, Proceedings of

                     the IEEE 5^th International Conference on Intelligent Engineering Systems and Informatics, pp. 157-161,

                     Subotica, Serbia, Aug. 24-25, 2007.

       Web of Science: 000253272400034, MTMT

          c9       Janos Simon, Tibor Szakal, Zlatko Covic, Okruzenje za implementaciju i razvoj algoritama za kretanje

                     mobilnih robota na tockovima, Proceedings of the JISA 11 Congress SEFICT, South East Europe Forum

                     for Informacion and Communication Technologies, pp. 1-3, Belgrade, Serbia, 22-24 May, 2006. MTMT

          c10     Gyula Mester, Position Correction System of Wheeled Mobile Robots Using Ultrasonic Sensors, Proce-

                     eding of the 2^nd International Congress of Serbian Society of Mechanics, pp. 1-5, paper D11, Palic, Serbia,

                     1-5 June, 2009. MTMT

          c11     Gyula Mester, Intelligent Mobile Robot Controller Design, Proceedings of the Intelligent Engineering Sys-

                     tems, INES 2006, pp. 282-286, ISBN: 0-7803-9708-8, DOI: 10.1109/INES.2006.1689384, London, United

                     Kingdom, June 26-28, 2006.

       Web of Science, MTMT

          c12     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

  c13     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c14     Gyula Mester, Obstacle and Slope Avoidance of Mobile Robots in Unknown Environments. Proceedings

                     of the XXV. Science in Practice, pp. 27-33, Schweinfurt, Germany, Oct. 15-16, 2007. MTMT

          c15     Gyula Mester, New Trends in Scientific Metrics. Proceedings of the XXXIII International Scientific Con-

                     ference Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Schwein-

                     furt, May 7-8, 2015, Germany. MTMT

          c16     Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

                     pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2009. MTMT

          c17     Gyula Mester, Motion Control of Wheeled Mobile Robots, Proceedings of the 4^th International Symposium

                     on Intelligent Systems, SISY 2006, pp. 119-130, ISBN 963 7154 50 7, Subotica, Serbia, 29-30.09.2006.

                     MTMT

          c18     Livija Cveticanin, Vibration of a Robot Arm, Proceedings of the 3^rd International Conference MechEdu,

                     pp. 172-174, ISBN 978-86-918815-0-4, 14-15 May 2015, Subotica, Serbia. MTMT

  c19     Attila Nemes, Genetic Algorithm-Based Adaptive Fuzzy Logic Systems for Dynamic Modeling of Quad-

             rotors, Proceedings of the 3^rd International Conference MechEdu, pp. 96-103, ISBN 978-86-918815-0-4,

             14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-880

                     077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

  c21     Josip Stepanić, Jelena Ćosić Lesičar, Marko Posavec, Detecting Irregular Dynamics of Autonomous Robo-

             tic Systems Using Information Entropy, Proceedings of the 3^rd International Conference MechEdu, pp.

             172-174, ISBN 978-86-91885-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c22     Gyula Mester, Intelligent Mobil Robot Control in Unknown Environments, Intelligent Engineering Sys-

                     tems and Computational Cybernetics, Part I Intelligent Robotics, pp. 15-26, ISBN 978-1-4020-8677-9,

                     Library of Congress: 2008934137, DOI 10.1007/978-1-4020-8678-6_2, Springer, 2009. MTMT

          c23     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis – Bulletin

                     of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

                     MTMT

          c24     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c25     Simon János, A tárgyak internete – Internet of Things (IoT), Magyar Tudomány Napja a Délvidéken 2014,

                     könyvfejezet, pp. 558-566, ISBN 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

                     „Habár a fogalom nem újdonság, csupán az elmúlt egynéhány év során került be a köztudatba [9], [16].”

          c26     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1. 4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c27     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Schweinfurt, Ger-

                     many, 07-08.05.2015. MTMT

          c28     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                    tion of Complex Systems, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, ISSN 1334-4684,

                    e-ISSN 1334-4676, 2016.

                    Web of Science, MTMT

      „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is mere

      input-output data, however when expert knowledge is readily available, we should take advantage of it –

      Fuzzy grey-box modelling is a rational choice.”

          c29     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, No. 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c30     Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdis-

                     ciplinary Description of Complex Systems, Vol. 14, Issue 3, pp. 322-330, ISSN 1334-4684, DOI:

                     10.7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The study of kinematics and dynamics helps to understand the physics of the quadrotor and its behaviour

                     [5-10].”

          c31     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.345

                     1. 9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c32     Áron Papp, László Szilassy, József Sárosi, Navigation of Differential Drive Mobile Robot on Predefined,

                     Software Designed Path, Recent Innovation in Mechatronics, International Journal of Mechatronics Scien-

                     ces, Vol. 3., Issue 1-2, pp. 1-5, ISSN 2064-9622, DOI: 10.17667/riim.2016.1-2/3, Debrecen, Hungary,

                     2016. http://riim.lib.unideb.hu. MTMT

                     “References [5], [6] and [7] have been used during the design of the above detailed control circle.”                                                                          

          c33     Bhumeshwar Kunjilal Patle, Intelligent Navigational Strategies For Multiple Wheeled Mobile Robots Us-

                     ing Artificial Hybrid Methodologies, PhD Thesis, p. 219, National Institute of Technology Rourkela, sup-

                     ervision of: Dayal Ramakrushana Parhi and Prof. A. Jagadeesh, http://ethesis.nitrkl.ac.in/8334, India,

                     2016. MTMT

         c34     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food  

                     Science, Szeged, pp. 1-5, Hungary, 2006. MTMT

          c35     Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-Rotor,

                     Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, No. 6, pp. 215-234, ISSN: 1785-8860, 2016.

                     Web of Science, Scopus, MTMT

          c36     Walead Kaled Sleaman, Alaa Ali Hameed, Akhtar Jamil, Monocular Vision with Deep Neural Networks

                     for Autonomous Mobile Robots Navigation, Optik, ISSN 0030-4026, DOI: 10.1016/j.ijleo.2022.170162,

                     2022.

          c37     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim iz-

                     azovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.

          c38     István Bíró, Simple Numerical Method for Kinetical Investigation of 2-DOF Planar Mechanical System,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 14, Issue 1, pp. 61-69, DOI: 10.7906/

                     indecs.14.1.6, ISSN 1334-4684, 2016. MTMT

          c39     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex Sy-

                     stems, Indecs, Vol. 20, Issue 1, pp. 11-15, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.2, 2022.

          c40     Jelena Pisarov, Autonomous Driving, IPSI Journal, IPSI BgD Transactions on Advanced Research (TAR),

                     Vol. 17, Issue 2, pp. 19-27, ISSN 1820-4511, 2021. MTMT

          c41     Soumya Banerjee, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                     Questions, Interdisciplinary Description of Complex Systems, Indecs, Vol. 14, Issue 3, pp. 314-321, ISSN

                     1334-4684, DOI: 10.7906/indecs.14.3.4, 2016.

          c42     Zilahy Dalma, Önvezető autók elfogadása, doktori disszertáció, p. 142, Óbudai Egyetem, Biztonságtudo-

                     mányi Doktori Iskola, 2024.

          c43     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.

          c44     Pisarov, Jelena, A személy–és teherforgalom digitalizálása, A Magyar Tudomány Napja a Délvidéken, pp.

                     278-285, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021.

          c45     Jelena Pisarov, Rang lista istraživača Univerziteta u Zagrebu 2022, Research Gate, pp. 1-6, 2022.

          c46     Zilahy Dalma, Az önvezető autók szociálpszichológiai aspektusai, Magyar Tudomány Napja a Délvidéken

                     2019, könyvfejezet, pp. 429-436, ISBN 978-86-88077-11-8, Újvidék, Szerbia, december 14, 2019. MTMT

D112. D. Mešter, Kratak prikaz Madjarskog Zakona o visokom obrazovanju i komparacija sa na-

šim Zakonom, Proceedings of the TREND 2006, edit. Vladimir Katic, pp. 24-27, ISBN 86-85211-

77-8, Kopaonik, Serbia & Montenegro, 06-09.03.2006.

Research Gate, Google Scholar, MTMT.

          c1     Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                   XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978 86 7892 236 7, www.trend.uns.ac.rs,

                   Kopaonik, Serbia, 01-04.03.2010. MTMT

          c2     Gyula Mester, Kriticki osvrt na nedostatke i predlog izmena zakona o visokom obrazovanju, Proceedings of

                   the TREND 2008, pp. 115-117, ISBN 978-86-7892-123-0, Kopaonik, Serbia, 03-06.03.2008. MTMT

          c3     Gyula Mester, Doktorske studije na Univerzitetu u Segedinu, Proceedings of the TREND 2009, pp. 32-36,

                   ISBN 978-86-7892-157-5, Kopaonik, Serbia, 02-05.03.2009, www.trend.uns.ac.rs. MTMT

          c4     Ilija Cosic, Ilija Kovacevic, Goran Andjelic, Vladimir Katic, Miodrag Temerinac, Vladimir Todorovic, Mi-

                   lan Radosevic, Zeljko Tekic, Vladimir Djakovic, Gyula Mester, Harmonizacija strukovnih i akademskih

                   studija u obrazovnom sistemu Republike Srbije, Proceedings of the XVI Skup Trendovi Razvoja: Bolonja  

                   2010, pp. 100-102, ISBN 978-86-7892-236-7, Kopaonik, 01-04.03.2010. MTMT

          c5     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:10.13140/RG.

                   2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

 

D113. Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conferen-

ce of Food Science, pp. 1-5, Szeged, Hungary, 2006.

Gyula Mester, Applications of Mobile Robots, Appl. Mob. Robot., no. April 2006, pp. 6–12, 2019,

DOI: 10.5772/intechopen.74181.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

                     pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2009. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT    

          c3       Jeffrey Kane Johnson, Safe Motion Planning under Partial Observability with an Optimal Deterministic

                     Planner, 2020 American Control Conference (ACC), pp. 689-694, Date Added to IEEE Xplore: 27 July

                     2020 Electronic ISBN: 978-1-5386-8266-1, USB ISBN: 978-1-5386-8265-4, Print ISBN: 978-1-5386-

                     8267-8, Publisher: IEEE, DOI: 10.23919/ACC45564.2020.9147469, Denver, CO, USA, USA, 1-3 July

                     2020. MTMT

                     „This can be seen in industries such as mining, health care, and automated driving [1].”

          c4       Hyungtae Lim, Sungwon Hwang, Sungjae Shin, Hyun Myung, Normal Distributions Transform is Enough,

                     Real-time 3D Scan Matching for Pose Correction of Mobile Robot Under Large Odometry Uncertainties,

                     Proceedings of the 2020 20^th International Conference on Control, Automation and Systems (ICCAS),

                     Busan, Korea (South), 13-16 Oct. 2020, pp. 1155-1161, DOI: 0.23919/ICCAS50221.2020.9268266.  

                     MTMT

                     "Normal Distributions Transform is Enough: Real-time 3D Scan Matching for Pose correction of Mobile

                     Robot Under Large Odometry Uncertainties,"

          c5       Mohamed Amr, Ahmed Bahgat, Hassan Rashad, Azza Ibrahim, Comparison of Path Planning between

                     Improved Informed and Uninformed Algorithms for Mobile Robot, International Journal of Advanced   

                     Computer Science and Applications, Vol. 13, Issue 6, pp. 239-248, DOI: 10.14569/IJACSA.2022.

                     0130629, January 2022.

                     „Mobile robots [1] are getting more important in daily life as a result of their increasing role in making

                     human’s life easier.”

          c6       Ramsha Shahid, Anam Baloch, Humayun Tahir, Anayat Ullah, Odometry and Inertial Sensor-based Loca-

                     lization of a Snake Robot, 2023 International Conference on Robotics and Automation in Industry

                     (ICRAI), pp. 1-6, DOI: 10.1109/ICRAI57502.2023.10089598, Peshawar, Pakistan, March 2023.

          c7       Aleksi Vesterinen, Conceptual Design of an Electric four Degrees of Freedom Mobile Manipulator, Master

                     of Science Thesis, p. 59, Tampere University, Master's Degree Program in Mechanical Engineering May

                     2022.

                     „At the end of the generation 3, Sojourner, the first mobile robot in Mars landed in 1997 [50].”

          c8       Ravi Kant Jain, Experimental Performance of Mobile Robotic System by Involving IoT Technique, Jour-

                     nal of Scientific & Industrial Research, Vol. 81, June 2022, pp. 573-583, ISSN 09751084, June 2022.

                     „Nowadays, mobile robot technology has been used commercially in medical, industrial, agriculture,

                     military, defence, and domestic applications, etc.¹”

          c9       Arjun Harish, Design and Simulation of Mobile Robot with Slam and Path Planning Algorithm, Master of

                     Science Thesis, Texas A&M University-Kingsville, p. 63, 2021.     

          c10     Bharat Kumar Suthar, Arunkumar Bongale, Satish Kumar, Three Degrees of Freedom Robotic Arm and its

                     Digital Twin using Simulink-A Bibliometric Analysis, Library Philosophy and Practice (e-journal), 5873,

                     University of Nebraska - Lincoln, 2021. https://digitalcommons.unl.edu/libphilprac/5873

          c11     Alok Sanyal, Mohd. Nayab Zafar, J. C. Mohanta, Md. Faiyaz Ahmed, Path Planning Approaches for Mo- 

                     bile Robot Navigation in Various Environments: A Review. In: Kumar, N., Tibor, S., Sindhwani, R., Lee,

                     J., Srivastava, P. (eds) Advances in Interdisciplinary Engineering. Lecture Notes in Mechanical Engine-

                     ering, pp. 555-572, ISBN 978-981-15-9955-2, DOI: 10.1007/978-981-15-9956-9_55, Springer, Singapore.

          c12     Nga Thi-Thuy Vu, Loc Xuan Ong, Nam Hai Trinh, Sen Thi Huong Pham, Robust Adaptive Controller for

                     Wheel Mobile Robot with Disturbances and Wheel Slips, International Journal of Electrical & Computer

                     Engineering (2088-8708). Vol. 11, Issue 1, p336-346, 2021.

          c13     Jeffrey Kane Johnson, Safe Motion Planning under Partial Observability with an Optimal Deterministic

                     Planner, 2020 American Control Conference (ACC), Denver, CO, USA, pp. 689-694, DOI: 10.23919/

                     ACC45564.2020.9147469, 2020.

                     „This can be seen in industries such as mining, healthcare, and automated driving[1].”

          c14     Seyyed Reza Jafari, Anders Hansson, Bo Wahlberg, Path Planning with Moving Obstacles using

                     Stochastic Optimal Control, arXiv:2504.02057v1, 2025.

D114. Gyula Mester, Distance Learning in Robotics, Proceedings of the Third International

Conference on Informatics, Educational Technology and New Media in Education, pp. 239-245,

ISBN 86-83097-51-X, Sombor, Serbia and Montenegro, 01-02.04.2006. MTMT 35/51 GS cit 65

Research Gate, Google Scholar: 5074538023510203214, MTMT: 1666235.

          c1       Istvan Matijevics, The Realization of a Web Based Control Laboratory for Distant Learning, Proceedings

                     of the 6^th International Symposium on Intelligent Systems and Informatics SISY 2008, pp. 287-289, IEEE

                     Catalog Number: CFP0884C-CDR, ISBN: 978-1-4244-2407-8, DOI: 10.1109/SISY.2008.4664959,

                     Library of Congress: 2008903275, paper: 4664959 Subotica, Serbia, Sept. 26-27, 2008.

      Web of Science: 000265601200061, Scopus, MTMT

          c2       Istvan Matijevics, A mérnökképzés új kihívásai – internettel összekötött távoli laboratóriumok, A Magyar

                     tudomány napja a Délvidéken, Vajdasági Magyar Tudományos Társaság, 2008.11.08. Újvidék, pp. 380-

                     389, ISBN 978-86-83581-46-7, COBISS.SR-ID 236453383, 2008. MTMT

          c3       Istvan Matijevics, Web Based Laboratory: Stepper Motor, XXIV^th International Kandó Conference 2008,

                     110 years   on duty of education and researche, Nov. 6-7, 2008, Budapest, pp.29, ISBN 978-963-7154-74-

                     4. MTMT

          c4       Istvan Matijevics, Janos Simon, Advantages of the Remote Greenhouse Laboratory for Distant Learning,

                     Proceedings of the International Conference on Scince and Technique in the Agri-Food Buisness,

                     ICoSTAF 2008, pp. 376-379, Szeged, Hungary, Nov. 5-6, 2008. MTMT

          c5       Istvan Matijevics, Internettel összekötött laboratóriumok szerepe a mérnökinformatikus képzésben (The

                     Role of Internet-Connected Distant Laboratories in the Engineers of Informatics’ Education), Informatika

                      a felsőoktatásban 2008, ISBN 978-963-473-129-0, pp. 1-8, Debrecen, augusztus 27-29, 2008. MTMT

          c6       Istvan Matijevics, Remote Accessing Control Laboratory on the Internet, Proceedings of the SIP 2008, 26^th

                     International Conference Science in Practice, pp. 91-94, University of Osijek, Osijek, Croatia, 15-16 April

                     2008. MTMT

          c7       Istvan Matijevics, Real and Remote Laboratories in Education, Proceedings of the International Sympo-    

                     sium on Advanced Engineering & Applied Management 40^th Anniversary in Higher Education, pp. 199-

                     202, ISBN: 978-973-0-09340-7, Hunedoara, Romania, Nov. 4-5, 2010. MTMT

          c8       Emil Matijevics, KNX Controlled Lighting Over the DALI Network, Acta Technica Corviniensis, Bulletin

                     of Engineering, Tome IV, ISSN 2067-3809, pp. 65-69, Romania, 2011. MTMT

          c9       Simon Janos, Matijevics Istvan, Autonomous Mobile Robot as a Measuring Station in Controlled Microcli- 

                     matic Environment, Proceedings of the XXVI. International Kandó Conference 2011, Science in Practice,

                     pp. 1-9, ISBN 978-615-5018-19-0, Budapest, Hungary, 17-18 November 2011. MTMT

       ”The parameters of the data presentation, such as colors, font size, and graph types can be reconfigured, as

       well as dynamically rotate, zoom, and pan these graphs without programming.”

          c10     Simon János, Mobil merőállomás navigációja kontrollált mikroklimatikus környezetben, VMTT Konferen-

                     cia, Konferenciakiadvány, pp. 580-589, ISBN 978-86-88077-03-3, Újvidék, Szerbia, november 12, 2011.

                     MTMT

       „A hűtést könnyebb kivitelezni, mint a fűtést, akár a locsoló rendszer aktiválása (szellőztetés) vagy az

       árnyékolás nagy hatékonyságot ér el [16].”

          c11     Istvan Matijevics, Real and Remote Laboratories in Education, Annals of Faculty Engineering Hunedoara

                     -International Journal of Engineering, Tome IX, Fascicule 2, pp. 73-78, ISSN 1584-2665, Hunedoara,

                     Romania, 2011. MTMT

          c12     Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the 7^th Internatio-

                     nal Symposium on Intelligent Systems and Informatics SISY 2009, pp. 67-70, IEEE Catalog Number:

                     CFP0984C-CDR, ISBN: 978-1-4244-5349-8, Library of Congress: 2009909575, DOI 10.1109/SISY.2009. 

                     52911190, Subotica, Serbia, Sept. 25-26, 2009.

      Web of Science: 000276175300014, Scopus, MTMT

          c13     Simon János, Mobil robotok az oktatásban, A Magyar Tudomány Napja a Délvidéken 2012, VMTT, pp.

                     477-487, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013. MTMT

       „E hhez nyújt alternatívát a Kalman szűrőkre alapozó algoritmusok, amelyek egy priori rendszer modell

       alapján megpróbálják a becslési hibát minimálisra csökkenteni. Ugyanakkor a felhasználásukkal a több

       forrásból beérkező információt is egyszerre lehet hasznosítani [14].”

          c14     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex Sys-

                     tems, Vol.13, Issue 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015. MTMT

       “Fuzzy control is advantageous in terms of avoiding obstacles and response times [21-25].”

          c15     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol. 13, Issue

                     1, DOI: 10.79 06/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015. MTMT

       “Connecting the robots to semantic knowledge databases hosted in the cloud will allow a large number of

       heterogeneous robots to share common sense knowledge [10-12].”

          c16     Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, ISSN1334-4684,

                     DOI:10.79 06/indecs.13.1.1., Vol. 13, Issue 1, pp. 1-8, 2015.

       Web of Science, MTMT

       “The robotics cloud needs the robotics school to provide a standard coding system, knowledge structures

       and resources, and a method by which robots can be certified to serve in various fields [7, 8].”

          c17     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzi-

                     tet u Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

          c18     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

  c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

              Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Dragan Saletic, Gyula Mester, Nanorobots - State of the Art, Proceedings of the YuInfo 2009, pp. 1-5,

                     ISBN: 978-86-85525-04-9, Kopaonik, Serbia, 8-11.3.2009. MTMT

          c21     Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

                     88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

          c22     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015. MTMT

          c23     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c24     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c25     Simon János, Az IoT szerepe és jelentősége az oktatásban, A Magyar Tudomány Napja a Délvidéken 2015

                     VMTT Konferencia, Konferencia kiadvány, pp. 519-530, Újvidék, Szerbia, december 5, 2015. MTMT

                     „Kívánatos továbbá egy olyan platform is, amelynek segítségével az adatokat analitikus modellezéssel

                     elemezve előrejelzéseket készíthetünk [7],[9],[10],[11].”

          c26     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, ISSN 1334-4684,

                     e-ISSN 1334-4676, 2016.

                     Web of Science, MTMT

       „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is    

       mere input-output data, however when expert knowledge is readily available, we should take advantage of

       it – fuzzy grey box modelling is a rational choice.”

          c27     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c28     Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Vol. 14, Issue 3, pp. 324-332, ISSN 1334-4684, DOI: 10.7906/

                     indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The study of kinematics and dynamics helps to understand the physics of the quadrotor and its behaviour

                     [5-10].”

          c29     Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

          c30     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.

                     3451.9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c31     Mester Gyula, Tudományos teljesítmény mérése, idézetek, h index, Proceedings of 8^th International Engi-

                     neering Symposium at Bánki, IESB 2016, Edit. Drégelyi-Kiss Ágota, ISBN: 978-615-5460-95-1, pp. 1-10,

                     paper 57, Óbuda University, 17.11.2016. MTMT

          c32     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food

                     Science, pp. 1-5, Szeged, Hungary, 2006. MTMT

          c33     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda                  

                     University, p. 175, Doctoral School on Safety and Security Sciences, disszertáció, Budapest, 2018.

                     MTMT

          c34     József Sárosi, Bence Gyürky, Design and Construction of a Humanoid Arm Driven by Pneumatic Muscle  

                     Actuator, Acta Technica Corviniensis – Bulletin of Engineering Tome IX, Fascicule 4, October-December,

                     pp. 49-52, Faculty of Engineering-Hunedoara, University Politehnica Timisoara, ISSN: 2067-3809, 2016.  

                     MTMT

                     “Automation and robotics have become wellgrounded in the industry. Modern manufacturers and

                     companies could hardly operate without robots and automated processes [1], [2].”

          c35     Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c36     Simon János, A negyedik ipari forradalom ­ Industry 4.0, A Magyar Tudomány Napja a Délvidéken 2016,

                     Vajdasági Magyar Tudományos Társaság, szerkesztő: Szalma József, pp. 1-10, Újvidék, Szerbia,

                     2016.11.19. MTMT

          c37     János Simon, Zlatko Covic, Dalibor Dobrilovic, The Web of Things and Database Management Systems,

                     Analecta, Rewiew of Faculty of Engineering, Analecta Technica Szegedinensia, Vol. 10, Issue 2, ISSN

                     2064-7964, pp. 61-68, 2016. MTMT

          c38     János Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment and

                     Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering,

                     Science and Technology, Vol 1, Issue 1, pp. 34-41, 2016. MTMT  

          c39     János Simon, Imre Petkovic, Djerdji Petkovic, Ármin Petkovic, Navigation and Applicability of Hexa Ro-

                     or Drones in Greenhouse Environment, Tehnički vjesnik, University Josip Juraj Strossmayer, Osijek,

                     Croatia, 25, Suppl. 2, pp. 249-255, ISSN: 1330-3651, DOI: 10.17559/TV-20161109211133, 2018.

                     Web of Science, Scopus, MTMT

                     “In order to increase the altitude of the aircraft, it is necessary to increase the rotor speeds all together by

                     the same amount [4, 6, 13].” Finally, yaw motion can be performed by accelerating or decelerating the

                     clockwise rotors, depending on the desired angle direction [4, 6, 13].

          c40     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016. november

                     17. MTMT

          c41     Simon János, IoT rendszerek a hétköznapokban, A Magyar Tudomány Napja a Délvidéken, pp. 448-459,

                     ISBN 978-86-88077-10-1, Újvidék, Szerbia, 2018. MTMT

          c42     Valko, Nataliia V. Osadchyi, Viacheslav V. Kruhlyk, Vladyslav S., Cloud Resources use for Students'

                     Project Activities, CEUR Workshop Proceedings, Vol. 2879, pp. 304-317, ISSN: 1613-0073, DOI:10.

                     31812/ 123456789/4444, 2021. MTMT

                     http://ceur-ws.org/Vol-2879/paper16.pdf

          c43     Aditya  Mehrotra et al., Accessible Maker-Based Approaches to Educational Robotics in Online Learning,

                     in IEEE Access, Vol. 9, pp. 96877-96889, DOI: 10.1109/ACCESS.2021.3094158, ISSN: 2169-3536,

                     2021. MTMT

          c44     Soumya Banerjee, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                     Questions, Interdisciplinary Description of Complex Systems, INDECS, Vol. 14, Issue 3, pp. 314-321,

                     ISSN 1334-4684, DOI: 10.7906/indecs.14.3.4, 2016. MTMT

          c45     Lucio Negrini, Christian Giang, Evgeniia Bonnet, Designing Tools and Activities for Educational Robotics

                     in Online Learning, in Designing, Constructing, and Programming Robots for Learning, chapter 10, ISBN

                     13: 9781799874430, Igi Global, pp. 202-222, DOI: 10.4018/978-1-7998-7443-0.ch010, 2022. MTMT

          c46     Makhluk Hossain Prio, Design, Construction, Energy Modeling, and Navigation of a Six-Wheeled Diffe-

                     rential Drive Robot to Deliver Medical Supplies inside Hospitals, Master of Science Thesis, Georgia

                     Southern University, p. 83, 2020. MTMT

                     „Examples of differential drive robots can be the Sojourner and the IntelliBrain-Bot, as shown in Figure

                     1.1 (Mester, 2006).” https://digitalcommons.georgiasouthern.edu/etd/2124/

          c47     Babitha Hemanth, Samarth S. Kumar and Drishya Devananda, Cloud Robotics in Education, Source Title: 

                     Shaping the Future of Automation with Cloud-Enhanced Robotics, IGI Global, pp: 319-332, Chapter 17,

                     DOI: 10.4018/979-8-3693-1914-7.ch017, 2024. MTMT

          c48     Kovács Attila, Kovács Ördög Tünde, Algoritmusok a kreativitás szolgálatában - a mesterséges intelligen-

                     cia forradalma a fotóművészetben, XXXIX. Kandó Konferencia, pp. 105-115, Budapest, 2023. MTMT

          c49     Makhluk Hossain Prio, Design, Construction, Energy Modeling, and Navigation of a Six-Wheeled Differ-

                     rential Drive Robot to Deliver Medical Supplies inside Hospitals, dissertation, Georgia Southern Univer-

                     sity, pages: 83, 2020. MTMT

          c50     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023. MTMT

          c51     Jelena Pisarov, A személy és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                     VMTT, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14. MTMT

          c52     Dalma Zilahy, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13. MTMT

 

D115. Gyula Mester, Intelligent Mobile Robot Controller Design, Proceedings of the 10^th Intelligent

Engineering Systems, INES 2006, pp. 282-286, ISBN: 0-7803-9708-8, DOI: 10.1109/INES.2006.

1689384, IEEE Press, Metropolitan University, London, United Kingdom, June 26-28, 2006.

Scopus, Research Gate, Google Scholar: 5090669907893418307, MTMT: 1666027.

MTMT 22/37 GS cit. 82

          c1       Dragan Z. Saletic, On Further Development of Soft Computing, Some Trends in Computational Intelligen-

                     ce, Proceedings of the 4^th Serbian-Hungarian Joint Symposium on Intelligent Systems SISY 2006, pp. 319-

                     328, Subotica, Serbia, September 29-30, 2006. MTMT

          c2       Istvan Matijevics, Microcontrollers, Actuators and Sensors in Mobile Robots, Proceedings of the 4^th Serbi-

                     an-Hungarian Joint Symposium on Intelligent Systems SISY 2006, pp. 155-166, Subotica, Serbia, Septem-

                     ber 29-30, 2006.

       Scopus, MTMT

          c3        Dragan Z. Saletic, Fuzzy Controllers Design from their Stability Point of View, Proceedings of the YUIN-

                     FO’2007, pp. 1-6, ISBN 978-86-85525-02-5, Kopaonik, Serbia, 2007. MTMT

          c4           Dragan Z. Saletic, Design of Stable Fuzzy Controllers, Proceedings of the 5^th Serbian-Hungarian Joint

                     Symposium on Intelligent Systems and Informatics SISY 2007, ISBN 978-1-4244-1442-0, pp. 151-156,

                     Subotica, Serbia, Aug. 24-25, 2007.

       Web of Science: 000253272400033, MTMT

          c5       Dragan Saletić, N. Mastorakis, Nikos E., A Contribution to the Design of Stable Fuzzy Controllers, S Gre-

                     ece-Proceedings of the 9^th WSEAS…, May 2-4, 2008 - wseas.us, 9^th WSEAS International Conference on

                     Fuzzy Systems (FS’08) which was held in Sofia, Bulgaria, ISBN: 978-960-6766-57-2.  pp. 206-211, May

                     2-4, 2008.

       „In the paper considered results are of interest for industrial, military system, or, in general, in embedded

       computer systems, and especially , in inteligent robot systems, [9], [10], [11], [12].“

       Web of Science: 000257984100032, MTMT

          c6       Sándor Csikós, Robot Remote Control Over the Internet, Proceedings of the SIP 2010, 28^th International

                     Conference Science in Practice, ISBN 978-86-85409-53-0, pp. 41-43, Subotica, Serbia, June 3-4, 2010.

                     MTMT

          c7       Kang-Hun Lee, Chang-Jun Seo, Development of User-Friendly Intelligent Home Robot Focused on Safety

                     and Security, Proceedings of the Control Automation and Systems (ICCAS), 2010 International Conferen-

                  ce on Control Automation and Systems, pp. 389-392, ISBN: 978-1-4244-7453-0, Gyeonggi-do, South

                     Korea, 27-30 Oct.2010.

                     Web of Science: 000294964400082, MTMT

          c8       Aleksandar Rodic, Navigation, Motion Planning and Control of Autonomous Wheeled Mobile Robots in

                     Labyrinth Type Scenarios, Vol. 8, Issue 2, pp. 2-9, Intelligent Service Robotic Systems, Ipsi Journal,

                     Transactions on Internet Research, TIR, ISSN 1820 - 4503, New York, Frankfurt, Tokyo, Belgrade.

                     http://internetjournals.net, 2012. MTMT

       „For the case of spatial reasoning in unknown and unpredicted environments, appropriate fuzzy inference

       system (FIS) is commonly used [2]-[19], [22] to perform such kind of robot tasks.”

          c9       Simon Janos, Matijevics Istvan, Autonomous Mobile Robot as a Measuring Station in Controlled Microcli-

                     matic Environment, Proceedings of the XXVI. International Kandó Conference 2011, Science in Practice,

                     pp. 1-9, ISBN 978-615-5018-19-0, Budapest, Hungary, 17-18 November 2011. MTMT

       ” The parameters of the data presentation, such as colors, font size, and graph types can be reconfigured, as

       well as dynamically rotate, zoom, and pan these graphs without programming.”

          c10     Simon János, Mobil merőállomás navigációja kontrollált mikroklimatikus környezetben, VMTT Konferen-

                     cia, Konferenciakiadvány, pp. 580-589, ISBN 9788688077033, Újvidék, Szerbia, november 12 2011.

                     MTMT

       „Némely üvegházi növénytermesztésben akár 10,000 m3 öntözővíz is elfogyhat éves szinten, egy                                                               

       hektáron [15].”

          c11     Gyula Mester, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                 Hungarica, Journal of Applied Sciences, Vol. 7, Issue 4, pp. 153-165, ISSN 1785-8860, 2010.

      Web of Science: 000290427600011, MTMT

          c12     Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

                     ISSN: 1847-6996, 2010. MTMT

          c13     Simon Janos, Istvan Matijevics, Remote Control of Anthropomorphic Robotic Platform for Socially Ac-

                     ceptable and Adequate Interaction in Human’s Working Environment, Proceedings of the SIP 2012, 30^th

                     International Conference Science in Practice, pp. 103-107, ISBN 978-963-7298-53-0, Pécs, Hungary,

                     October 29-30, 2012. MTMT

          c14     Wang, Jong C.; Cheng, Hui Teng; Tsai, Ping Han; et al., Intelligent Motion Platform for Mobile Robot,

                     IEEE Conference: 7^th World Congress on Intelligent Control and Automation, pp. 3104-3109, DOI: 10.

                     1109/WCICA.2008.4593417, Location: Chongquing, Peoples R. China, June 25-27, 2008.

       Web of Science, MTMT

          c15     Gyula Mester, Obstacle Avoidance of Mobile Robots in Unknown Environments, Proceedings of the 5^th

                     Serbian - Hungarian Joint Symposium on Intelligent Systems and Informatics SISY 2007, ISBN 978-1-

                     4244-1442-0, pp. 123-127, Subotica, Serbia, Aug. 24-25, 2007.

       Web of Science: 000253272400024, Scopus, MTMT

          c16     Gyula Mester, Wireless Sensor-based Control of Mobile Robots Motion, Proceedings of the 7^th Serbian-

                     Hungarian Joint Symposium on Intelligent Systems and Informatics SISY 2009, pp. 67-70, Subotica,

                     Serbia, Sept. 25-26, 2009.

                     Web of Science: 000276175300014, MTMT

          c17     Gyula Mester, Obstacle - Slope Avoidance and Velocity Control of Wheeled Mobile Robots using Fuzzy

                     Reasoning, Proceedings of the IEEE 13th International Conference on Intelligent Engineering Systems,

                     INES 2009, Barbados, pp. 245-249, ISBN: 978-1-4244-4113-6, Library of Congress: 2009901330, DOI:

                     10.1109/INES.2009.49 24770, April 16-18, 2009.

       Web of Science: 000270809000041, Scopus, MTMT

          c18     Gyula Mester, Obstacle Avoidance and Velocity Control of Mobile Robots, Proceedings of the 6^th Serbian-

                     Hungarian Joint Symposium on Intelligent Systems and Informatics SISY 2008, pp. 97-101, paper: 46649

                     18, DOI: 10.1109/SISY.2008.4664918, Subotica, Serbia, Sept. 26-27, 2008.

       Web of Science: 000265601200020, Scopus, MTMT

          c19     Simon János, Mobil robotok az oktatásban, A Magyar Tudomány Napja a Délvidéken 2012.11.24, VMTT,

                     pp. 477-487, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013. MTMT

       „ Ezekre az alkalmazásokra jellemző, hogy egyidőben több típusú szenzor is információt ad a külvilágról.

                     Sajnos a mért információk legtöbb esetben olyan mértékben telitettek zajjal, hogy nem lehet teljes mérték-

                     ben rájuk alapozni a pozíció becslést [13].”

          c20     Winai Chonnaparamutt, A Smart Locomotion Support Component, dissertation, p. 140, International

                     University Bremen, School of Engineering and Science, Bremen, Germany, 2007. MTMT

                     “More recent examples of behavior-based control systems for dynamic environments that employs fuzzy

                     logic can be found in [113][25][73].”

          c21     Rudra Anil Kumar, G. Murali Krishna, S. Chandra Sekhar, An Efficient Navigation Test Based Remote

                     Control Strategy, International Journal of Reviews on Recent Electronics and Computer Science, Vol. 1,

                     Issue 6, pp.  908-912, IJRRECS/October 2013/ Vol. 1, Issue 6, 908-912 ISSN 2321-5461, 2013.

                     www.ijrrecs.com. MTMT

                     „And the above operation takes place in the laboratory based aspect with the particular scenario in a well

                     oriented fashion where the it is ready for the calibration aspect respectively [2][3].”

          c22     Gyula Mester, Position Correction System of Wheeled Mobile Robots Using Ultrasonic Sensors, Proceed-

                     ing of the 2^nd International Congress of Serbian Society of Mechanics, paper D11, ISBN 978-86-7892-

                     173-5, Palic, Serbia, 1-5 June, 2009. MTMT

          c23     Dragan Saletic, Gyula Mester, Nanorobots - State of the Art, Proceedings of the YuInfo 2009, pp. 1-5,

                     ISBN: 978-86-85525-04-9, Kopaonik, Serbia, 8-11. 03.2009. MTMT

       http://www.e-drustvo.org/proceedings/YuInfo2009/html/pdf/143.pdf

          c24     Gyula Mester, Obstacle and Slope Avoidance of Mobile Robots in Unknown Environments. Proceedings

       of the XXV. Science in Practice SÍP 2007, pp. 27-33, Schweinfurt, Oct. 15-16, 2007, Germany. MTMT

          c25     Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

      pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2009. MTMT

          c26     Gyula Mester, Intelligent Wheeled Mobile Robot Navigation, Jelenkori társadalmi és gazdasági folyama-

       tok, Vol. 5, Issue 1-2, pp. 258-264, ISSN: 1788-7593, SZTE, Szeged, Hungary, 2010. MTMT 

          c27     Gyula Mester, Intelligent Mobil Robot Control in Unknown Environments, Intelligent Engineering Systems

       and Computational Cybernetics, Part I Intelligent Robotics, pp. 15-26, ISBN 978-1-4020-8677-9, Library

       of Congress: 2008934137, DOI 10.1007/978-1-4020-8678-6_2, Springer, 2009. MTMT

          c28     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

      2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c29     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c30     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Indecs, Vol. 14, Issue 2, pp. 223-235, DOI:10.7906/indecs.14.2.11, ISSN 1334-

                     4684, e-ISSN 1334-4676, 2016.

                     Web of Science, MTMT

       „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is

       mere input-output data, however when expert knowledge is readily available, we should take advantage of

       it – fuzzy grey-box modelling is a rational choice.”

          c31     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Indecs, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.

                     7906/indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c32     Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                     linary Description of Complex Systems, Indecs, Vol. 14, Issue 3, pp. 324-332, ISSN 1334-4684, DOI:10.

                     7906/indecs.14.3.5, 2016.

                     Web of Science, MTMT

                     „The study of kinematics and dynamics helps to understand the physics of the quadrotor and its

                     behaviour [5-10].”

          c33     Áron Papp, László Szilassy, József Sárosi, Navigation of Differential Drive Mobile Robot on Predefined,

                     Software Designed Path, Recent Innovation in Mechatronics, International Journal of Mechatronics Scien-

                     ces, Vol. 3, Issue 1-2, pp. 1-5, DOI: 10.17667/riim.2016.1-2/3.ISSN 2064-9622, Debrecen, Hungary, 2016.

                     http://riim.lib.unideb.hu. MTMT

                     “References [5], [6] and [7] have been used during the design of the above detailed control circle.”        

          c34      Marius Leonard Olar, Marius Risteiu, Arun Fabian Panaite, Mihai Rebrisoreanu and Oliviu Musetoiu,

                     Controlling a Robotic Arm with Augmented Reality, MATEC Web of Conferences, Vol. 305, pp.

                     00022-00027, SESAM 2019, DOI: 10.1051/matecconf/202030500022, 2020. MTMT

                     „Generally, a robot imitates a human, mechanically [2], making the robot's tasks, replace, more or less

                     effectively, human tasks.”

          c35     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food

                     Science, Szeged, pp. 1-5, Hungary, 2006. MTMT

          c36     Banerjee, Soumya, A Roadmap for a Computational Theory of the Value of Information in Origin of Life

                    Questions, Interdisciplinary Description of Complex Systems, Indecs, DOI: 10.7906/indecs.14.3.4, Vol. 14,

                    Issue 3, pp. 314-321, 2016.

                    Web of Science, MTMT

          c37     Césár Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, in: Boris, Dumnić (edit.),

                     Proceedings of the Conference Trend 2022, XXVIII Skup Trendovi Razvoja: “Univerzitetsko Obrazovanje

                     za Privredu”,  Novi Sad, Serbia, University of Novi Sad, pp. 394-397, 2022. MTMT

          c38     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c39     Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-   

                     rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment, in:

                     Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Internatio-

                     nal Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-32709-5,

                     2020. MTMT

          c40     V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018. MTMT

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

          c41     Kucsera Péter, Autonom működésű szárazföldi robotok védelmi célú alkalmazása, Zrínyi Miklós Nemzet-

                     védelmi Egyetem, Katonai Műszaki Doktori Iskola, doktori értekezés,  p. 130, Budapest, 2009. MTMT

          c42     Jelena Pisarov, Najnovija rang lista istraživača Srbije, Research Gate, pp. 1-8, 2023.  

          c43     Jelena Pisarov, Rang lista fizičara Srbije 2023, pp. 391-394, XXIX Skup Trendovi Razvoja: „Univerzitet

                     pred novim izazovima”, Zbornik radova, Paper No. T5.1-5, ISBN 978-86-6022-554-4,Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.2023.

          c44     Jelena Pisarov, A személy–és teherforgalom digitalizálása, Vajdasági Magyar Tudományos Társaság,

                     VMTT, pp. 278-287, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 2019 december 14.

          c45     Dalma Zilahy, Az önvezető autók elfogadása, Vajdasági Magyar Tudományos Társaság, konferencia

                     kiadvány, pp. 272-277, ISBN 978-86-88077-13-2, Újvidék, Szerbia, 2021 november 13.

          c46     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025.

          c47     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025.

          c48     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c49     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025.

          c50     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

          c51     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025.

          c52     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c53     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D116. Gyula Mester, Motion Control of Wheeled Mobile Robots, Proceedings of the 4^th Internation-

al Symposium on Intelligent Systems, SISY 2006, pp. 119-130, ISBN 9637154507, Subotica, Ser-

bia, 29-30.09.2006. MTMT  49/57 GS cit. 78

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          c1       Claudiu Popirlan, Mihai Dupac, An Optimal Path Algorithm for Autonomous Searching Robots, Annals of

                     the University of Craiova Series Mathematics and Computer Science, Vol. 36, Issue, pp. 37–48, ISSN: 1

                     1223-6934, Craiova, Romania, 2009. http://www.inf.ucv.ro/~ami/index.php/ami/ article/ view/264/258.

                     MTMT

        „Most of the research have been directed to the use of kinematic models of the mobile robots to achieve

        and accomplished the motion control [12, 11, 14].”

          c2       Claudiu Popirlan, A Mobile Agents Architecture for Robots Control, Annals of the University of Craiova

                     Series Mathematics and Computer Science, Vol. 36(2), pp. 109-117, ISSN: 1223-6934, Craiova, Romania,

                     2009. http://inf.ucv.ro/~ami2/index.php/ ami/ article/ viewFile/292/283. MTMT

          c3       Claudiu Popirlan, Mihai Dupac, A Mobile Agent Virtual Reality Modeling of Searching Robots, Annals of

                     the University of Craiova Series Mathematics and Computer Science, Vol. 35, pp.  139-148, ISSN: 1223-

                     6934, Craiova, Romania, 2008. http://www.inf.ucv.ro/~ami/index.php/ami/article/viewFile/254/249.

                     MTMT

       „Most of the research have been directed to the use of kinematic models of the mobile robots to achieve

       and accomplished the motion control [9, 8, 11].”  

          c4       Ion Iancu, Michaela I. Colhon, Mihai Dupac, A Takagi-Sugeno Type Controller for Mobile Robot Naviga-

                     tion, Proceedings of the 4^th WSEAS International Conference on Computational Intelligence, pp. 29-34,

                     ISBN: 978-960-474-179-3, Bucharest, Romania, 20-22 April 2010. MTMT

                     http://www.wseas.us/e-library/conferences/2010/Bucharest/CI/CI-04.pdf.

       „Research on robots has attracted attention in the last years [3] and was mainly directed to the use of

       kinematic models of the mobile robots to achieve and accomplished the motion control [7, 1, 2].”

          c5       Parhi, D R & Pothal, J K, Analysis of Different Technique used for Mobile Robot Navigation, Journal of

                     Applied Artificial Intelligence in Engg. Stm. - Serials Publications, Vol. 1, pp. 175-194, ISSN: 0975-3176,

                     2009. MTMT Hibás

          c6       Maryna P. Mukhina, Control Algorithm for Four-Wheeled Robot Motion for Monitoring Problems, Jour-

                     nal Solid State Phenomena, Vol. 147-149, Mechatronic Systems and Materials III, pp. 31-34, DOI 10.

                     4028/www. scientific.net/SSP.147-149.31, January 2009.

       Scopus: 75849117745, MTMT

          c7       Ion Iancu, Mihaela Colhon, Mihai Dupaca, Fuzzy Controller with Various T-norms Applied in Robot Na-

                     vigation, WSEAS Transactions on Systems and Control, Vol. 5, Issue 11, pp. 882-891, ISSN: 1991-8763,

                     November 2010.

       Scopus: 79961078458, MTMT

       „Research on robots has attracted attention in the last years [1] and was mainly directed to the use of

       kinematic models of the mobile robots to achieve and accomplish the motion control [2 - 6].”  

          c8       Simon Janos, Matijevics Istvan, Autonomous Mobile Robot as a Measuring Station in Controlled Microcli-

                     matic Environment, Proceedings of the XXVI. International Kandó Conference 2011, Science in Practice,

                     pp. 1-9, ISBN 978-615-5018-19-0, Budapest, Hungary, 17-18 November 2011. MTMT

       "LabVIEW includes a visualization features, including tools for charting and graphing and built-in 2D and

       3D visualization Fig. 10, so that data can be presented on the user interface of the application".

          c9       Simon János, Mobil merőállomás navigációja kontrollált mikroklimatikus környezetben, VMTT Konfe-

                     rencia, Újvidék, Szerbia, november 12, 2011, Konferenciakiadvány, pp. 580-589, 2012. MTMT

       ”A mobil mérőállomás több mérési funkciót lát el. Rendelkezik hőmérővel, páratartalom, gyorsulás

       érzékelőkkel [14].”                   

          c10     Mester Gyula, Intelligent Mobile Robot Motion Control in Unstructured Environments, Acta Polytechnica

                     Hungarica, Vol. 7, No. 4, pp. 153-165, ISSN 1785-8860, 2010.

       Web of Science: 000290427600011, MTMT

          c11     Simon Janos, Istvan Matijevics, Remote Control of Anthropomorphic Robotic Platform for Socially Ac-

                     ceptable and Adequate Interaction in Human’s Working Environment, Proceedings of the SIP 2012, 30^th

                     International Conference Science in Practice, pp.103-107, ISBN 9789637298530, Pécs, Hungary, October

                     29-30, 2012. MTMT

          c12     Ales Obal, Izdelava in vodenje avtonomnega vozila na gosenicah, Proceedings of the AIG’ Conference,

                     pp. 1-7, COBISS.SI-ID: 16818710, Maribor, Slovenia, April 4-5, 2012. MTMT

          c13     M. Awadalla, T. F. Lu, Z. Tian, B. Dally, Z Liu, 3D Framework Combining CFD and MATLAB Techniqu-

                     es for Plume Source Localization Research, Building and Environment, Vol. 70, pp. 10-19, ISSN 0360-

                     13232013, DOI: 10.1016/j.buildenv.2013.07.021, Vol. 70, December 2013.

       http://www.sciencedirect.com/science/article/pii/ S0360132313002205.

       Web of Science: 000327906400002, MTMT

       “The kinematics model [27] for the robot is given in (1)-(8)”.

          c14     Ng, K. H.; Yeong, C. F.; Su, E. L. M.; et al., Implementation of Cascade Control for Wheeled Mobile Ro-

                     bot Straight Path Navigation, 4^th International Conference on Intelligent and Advanced Systems (ICIAS),

                     Vol. 1-2, pp. 503-506, Kuala Lumpur, Malaysia, Jun 12-14, 2012.

       Web of Science: 000313019600095, MTMT

          c15     Gyula Mester, Obstacle Avoidance of Mobile Robots in Unknown Environments, Proceedings of the 5^th

                     International Symposium on Intelligent Systems and Informatics SISY 2007, pp. 123-127, Subotica,

                     Serbia, Aug. 24-25, 2007.

                  Web of Science: 000253272400024, Scopus, MTMT

          c16     Simon János, Mobil robotok az oktatásban, A Magyar Tudomány Napja a Délvidéken 2012, VMTT, pp.

                     477-487, ISBN 978-86-88077-04-0, 2012.11.24, Újvidék, Szerbia, 2013. MTMT hibás

       „ A navigációs applikációkban az egyik legfontosabb szerepet a helymeghatározás, a pozíció becslése

       jelenti [12].”

          c17     Y. Favaedi, Prediction of Tractive Response for Flexible Wheels with Application to Planetary Explora-

                     tion Rovers, disszertáció, p. 163, University of Surrey, epubs.surrey.ac.uk, Guildford, Surrey, UK, 2010.

                     MTMT

          c18     R. B. Meshram, Tracking and Formation of Wheeled Mobile Robot Using Fuzzy Logic, International Jo-

                     urnal of Inventive Engineering and Sciences (IJIES), ISSN: 2319–9598, Vol. 2, Issue 2, pp. 18-22, January

                     2014. MTMT

       “The kinematic model for mobile robots which in our case is a car like model is quite commonly used as

                     given in [1] [2][3].”

          c19     Carlos A. Vargas, Juan M. Salazar, Depth Profile of the Fractal Dimension Associated to Earthquakes Dis-

                     tribution in the NW South America, Proceedings of the 6^th Chaotic Modeling and Simulation International

                     Conference, pp. 1-4, 11 - 14 June 2013 Istanbul, Turkey. MTMT

       “For implementation of obstacles avoidance with this method, we need to provide on fuzzy membership

       function input the current position of mobile robot and distance between obstacles and control object.”

          c20     Amevi Acakpovi, Salifu Osman, Olufemi O Fatonade, Design of a Fast and Autonomous Complex Line

                     Tracker and Fully Controlled Robot by Limit Switches, International Journal of Computer Applications,

                     Vol. 62, Issue 5, pp. 35-42, ISSN 0975-8887, DOI: 10.5120/10079-4693, 2013. MTMT

       “Furthermore, several other types of control apply to wheeled robot: Gyula Mester [7] uses kinematic

       controls on a two wheeled robot with control strategies using a feed-forward compensator.”

          c21     Gyula Mester, Intelligent Mobil Robot Control in Unknown Environments, Intelligent Engineering Syst-

                     ems and Computational Cybernetics, Part I Intelligent Robotics, pp. 15-26, ISBN 978-1-4020-8677-9,

                     Library of Congress: 2008934137, DOI 10.1007/978-1-4020-8678-6_2, Springer, 2009. MTMT

          c22     Ingyu Lim, Kira L. Barton, Pareto Iterative Learning Control: Optimized Control for Multiple Performan-

                     ce Objectives, Control Engineering Practice, Vol. 26, pp. 125-135, DOI 10.1016/j.conengprac.2014.01.

                     011, May 2014– Elsevier.

       Web of Science: 000334482800012, MTMT

          c23     Rana Soltani-Zarrin, Suhada Jayasuriya, Constrained Directions as a Path Planning Algorithm for Mobile

                     Robots Under Slip and Actuator Limitations, IROS 2014, 2014 IEEE/ RSJ International Conference on

                     Intelligent Robots and Systems, DOI: 10.1109/IROS.2014.6942887, pp. 2395 - 2400, September 14-18,

                     Chicago, USA, 2014.

                     Web of Science:  000349834602076, MTMT

       „Consequently, the simulation results from such models do not emulate the real behavior of 2WMRs. In

       [3] and [4] closedloop controllers are designed for the derived no-slip dynamic models.”

          c24      Gyula Mester, Aleksandar Rodic, Sensor-Based Intelligent Mobile Robot Navigation in Unknown Environ-

                     ments, International Journal of Electrical and Computer Engineering Systems, Vol. 1, Issue 2, pp. 55-62,

                     ISSN: 1847-6996, http://www.etfos.hr/ijeces/ index.php/ ijeces/article/ view/22, 2010. MTMT

          c25     A.S. Ali, R.V. Fedorenko, V.A. Krukhmalev, Autonomous Mobile Robot Skif-3 Control System for Non-

                     formalized Environment (СИСТЕМА УПРАВЛЕНИЯ АВТОНОМНЫМ КОЛЕСНЫМ РОБОТОМ

                     СКИФ-3 ДЛЯ АПРИОРИ НЕФОРМАЛИЗОВАННЫХ СРЕД), Известия ЮФУ. Технические науки,

                     Тематический выпуск, ПЕРСПЕКТИВНЫЕ СИСТЕМЫ И ЗАДАЧИ УПРАВЛЕНИЯ, pp. 132-143,

                     УДК 681.511.4, ISSN 1999-9429, Issue 3, 2010. MTMT

       “Некоторые современные подходы конструированию систем управления автономных роботов,

       функционирующих в неформализованных средах, рассмотре-, Раздел III. Наземная робототехника

       ны в [1-5].”

          c26     Veselov, Gennady E., Sklyarov, Andrey A., Sklyarov, Sergey A., Synergetic Approach to Quadrotor Helico-

                     pter Control with Attractor-Repeller Strategy of Nondeterministic Obstacles Avoidance, Proceedings of  

                     the 6^th IEEE International Congress on Ultra Modern Telecommunications and Control Systems and

                     Workshops (ICUMT 2014), pp. 228-235, DOI: 10.1109/ICUMT.2014.7002107, ISSN: 978-1-4799-5291-

                     5/14/$31.00 ©2014 IEEE, St. Petersburg, Russia, October 6-8, 2014.

                     Web of Science, MTMT

                    “For implementation of obstacles avoidance with this method, we need to provide on fuzzy membership

                      function input the current position of mobile robot and distance between obstacles and control object [1]-

                      [7].”  

          c27     Gyula Mester, Obstacle and Slope Avoidance of Mobile Robots in Unknown Environments. Proceedings

                     of the XXV. Conference Science in Practice, pp. 27-33, Schweinfurt, Oct. 15-16, 2007, Germany. MTMT

          c28     Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

                     pp. 390-399, ISBN 978-86- 83581-46-7, Újvidék, Szerbia, 2009. MTMT

          c29     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT   

          c30     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI:10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, MTMT

          c31     Koo, Y.C., Bakar, E.A., Motor Speed Controller for Differential Wheeled Mobile Robot, ARPN Journal of

                     Engineering and Applied Sciences, Vol 10, Issue 22, pp. 10698-10702, ISSN 1819-6608, 2015.

                      Scopus: 84953439671, MTMT

                      „A Proportional, and Integration (PI) controller with feed forward compensator was presented in [6] to

                      track the desired path.”

        c32     Turki Younis Abdalla, Ali Abed, Alaa A. Ahmed, Mobile Robot Navigation Using PSO-Optimized Fuzzy

                      Artificial Potential Field with Fuzzy Control, Vol. 32, Issue6, pp. 3893-3908, DOI: 10.3233/IFS-162205,

                     Journal of Intelligent & Fuzzy Systems, ISSN print 1064-1246, 27 June 2016. MTMT 

          c33     Ingyu Lim, Multi-Objective Iterative Learning Control: An Advanced ILC Approach for Application

                     Diversity, dissertation, p. 126, University of Michigan, Assistant Professor Kira L. Barton, Chair – 2016.

                     MTMT

                     „This model describes the relationship between the derivatives of the robot position and orientation with

                     the robot’s linear and angular speeds [57, 58, 59, 60, 61, 62, 63].”.

          c34     Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016.

          c35     Sang-Pil Yoon,⋅Gi Sang Choi, Safety Enhancement in Operation of Mobile Robots using Preview Control,

                     Journal of the Korean Society of Safety, Vol. 32, Issue 1, pp. 1-8, pISSN 1738-3803, eISSN 2383-9953,

                     DOI: 10.14346/JKOSOS.2017.32.1.1, February 2017. MTMT

          c36     Abdul Rahiman Masood, M. Abhilash, Varshitha Kulal, Marina Chandy, D-Robot, International Journal

                     of Research in Engineering, Science and Management Volume-3, Issue-8, pp. 79-83, August-2020

                     journals.resaim.com/ijresm | ISSN (Online): 2581-5792 | RESAIM Publishers. MTMT

          c37     Snezhana Pleshkova, Aleksander Bekyarski, Zahari Zahariev, Reduced Database for Voice Commands

                     Recognition Using Cloud Technologies, Artificial Intelligence and Deep Learning, 16^th Conference on

                     Electrical Machines, Drives and Power Systems (ELMA), pp. 1-4, ISBN: 978-1-7281-1414-9, DOI: 10.

                     1109/ELMA.2019.8771526, Varna, Bulgaria, 06-08 June 2019. MTMT

       “For example "go forward", "go back", "go left", "go right" etc. in typical application for mobile robot

                     motion control [2] or "switch on", "switch off", "turn on the light", "open the door", "close the door" etc.

       in modern smart or intelligent homes or cities [3].”

          c38     Hugo Rodríguez-Cortés, Martin Velasco-Villa, Reduced Database for Voice Commands Recognition,

                     Systems & amp; Control Letters, DOI: 10.1016/j.sysconle.2022.105360, Corpus ID: 251937361, 2022.

                     MTMT

      „The paper deals with the modeling and control strategies of the motion of wheeled mobile robots. The

      model of the vehicle has two driving wheels and the angular velocities of the two wheels are independen-

      tly controlled. First, the vehicle kinematics model and the control strategies using a feedforward compen-

      sator are analyzed. Second, fuzzy reactive control of a mobile robot motion in an unknown environment

      with obstacles are proposed. Finally, the mobile robot simulation is illustrated.”

          c39     Sandip Kumar Nayak, Sarada Prassana Hota, Sukant Behera, Voice Controlled Robotic Car, Dogo Rang-

                     sang Research Journal UGC Care Group I Journal, ISSN: 2347-7180, Vol. 12, Issue 05, No. 01, May

                     2022. MTMT

          c40     Umesh Kumar Yadav, V. P. Meena, Vinay Singh, A Novel Rank-order-centroid Based Reduction of Self-

                     balanced-bicycle-robot Controller Using Grey-wolf Optimizer, Journal of Intelligent&Robotic Systems,

                     DOI:10.1007/s10846-022-01758-2, Corpus ID: 253450799, Vol. 106, 2022. MTMT

          c41     Weiqiang Ying, Cheng Kuang, Lingyan Zhang, Cheng Yao, Fangtian Ying, Shi-tu Luo, Planning the Yaw

                     Correction Trajectory Based on Current Motor Detection, Computer Science, Engineering, International

                     Journal of Plant, Animal and Environmental Sciences, Vol. 12, Issue 4, pp. 145-153, DOI:10.26502

                     /ijpaes.4490140, ISSN 2231-4490, 2022. MTMT

       „Due to their increasing use in various fields, stuch as security surveillance, home surveillance for health

       and entertainment, research and education [1-4], mobile robots have attracted increasing attention, and

       made advances in the past decade due to their home services and applications.”

          c42     Leonardo Guevara, Franco Jorquera, Krzysztof Walas and Fernando Auat-Cheein, Robust Control Strategy

                     for Generalized N-trailer Vehicles Based on a Dual-Stage Disturbance Observer, Control Engineering Pra-

                     ctice, Elsevier, Vol. 131, ISSN 0967-0661, DOI: 10.1016/j.conengprac.2022.105382, Corpus ID: 2538311

                     97, 2023. MTMT

          c43     Youssef Illoussamen, Abderrahim Larhlimi, Ibrahim Sanou, Hala El Ouarrak, Mohammed Mestari, A

                     Robust Optimal Control for a Four Wheel Robot by the Decomposition Coordination Method,

                     International Journal of Computer Science and Information Security, Vol. 15, Issue 10, pp. 126-137,

                     ISSN 1947-5500, 2017. MTMT

                     „In GA-DE [10] proposed by Wen-Yi Lin, the crossover operation of real valued GA is modified accor-

                     ding to the difference vector in Differential Evolution.” MTMT

          c44     Swadhin, Sambit Das, Dayal R Parhi, Suranjan Mohanty, Insight of a Six Layered Neural Network along

                     with other AI Techniques for Path Planning Strategy of a Robot, Emerging Trends in Engineering,

                     Science and Manufacturing Vol. 1, pp. 1-10, 2018. MTMT

                     „Papers [36-47] describe ANFIS and multiple Neuro Adaptive-fuzzy based navigation and Cuckoo

                     optimization method for a self reliant cell robot in an actual densely cluttered environment.”

          c45     Deok Kee Choi, Motion Tracking of Four-Wheeled Mobile Robots in Outdoor Environments Using

                     Bayes’ Filters, International Journal of Precision Engineering and Manufacturing, Vol. 24, pp. 767-786,

                     Corpus ID: 257136516, DOI:10.1007/s12541-023-00777-9, 2023. MTMT

          c46     N. Ayush Ubale, Pranavya M. U., Poli Guha Neogi, Hardik Jethava, Voice Controlled Vehicle Using Mqtt           

                     Server, International Journal of Engineering Applied Sciences and Technology, Vol. 6, Issue 4, pp. 160-

                     170, ISSN 2455-2143, 2021. MTMT
          c47     Defnizal, Risa Nadia Ernes, Nanda Tommy Wirawan, Pemanfaatan Sensor Gyro pada Virtual Reality un-

                     tuk Mengontrol Arah Kamera Mobile Robot Pengintai, Jurnal Pustaka Data, DOI:10.55382/jurnalpustaka

                     data.v3i1.524, Vol. 3, No. 1, pp. 37–41, ISSN 2809-7483, Corpus ID: 260322482, 2023. MTMT

          c48     M. B. Alatise and G. P. Hancke, A Review on Challenges of Autonomous Mobile Robot and Sensor Fusion

                     Methods, in IEEE Access, Vol. 8, pp. 39830-39846, DOI: 10.1109/ACCESS.2020.2975643, ISSN: 2169-

                     3536, 2020. MTMT

          c49     Vijayalakshmi S., Archana M., Robotic Car Using Arduino with Bluetooth Controller, International Jour-

                     nal of Scientific Research and Engineering Development, Vol. 2 Issue 1, pp. 277-281, ISSN 2581-7175,

                     2019. MTMT

          c50     Gradetsky Valery G., Knyazkov Maxim M., Semenov Eugeny A., Sukhanov Artem N., Design and Cont-

                     rol for Vacuum Contact Devices of Mobile Wall Climbing Robot Application in Complex Environment, in:

                     Tarasova Irina L., Gorodetskiy Andrey E., (edit.), Smart Electromechanical Systems, Springer Inter-

                     national Publishing, pp. 143-155, chapter 11, DOI: 10.1007/978-3-030-32710-1_11, ISBN 978-3-030-

                     32709-5, 2020. MTMT

          c51     V. Gradetsky, M. Knyazkov, Unmanned Vehicle Systems in Unstructured Environments: Challenge and

                     Current Status, Proceedings of the ISMCR 2018 - 21^th International Symposium on Measurement and

                     Control in Robotics, pp. 1-22, International CBRNE Institute, Mons, Belgium, Robotics for the Changing

                     World, 26-28 September 2018. MTMT

                     https://www.imeko.org/publications/tc17-2018/IMEKO-TC17-2018-022.pdf

          c52     Mohit Ranjan Panda, Pradipta Das, Saroj Pradhan, Hybridization of IWO and IPSO for Mobile Robots

                     Navigation in a Dynamic Environment, Journal of King Saud University - Computer and Information

                     Sciences, Vol. 32, Issue 9, pp. 1020-1033, DOI: 10.1016/j.jksuci.2017.12.009, November 2020. MTMT

          c53     László Szegedi, 2025 Word Ranking of Unmanned Autonomous Systems Researchers, Research Gate, pp.

                     1-5, 2025. MTMT

          c54     Dalma Zílahy, 2025 World Ranking of Safety Systems Researchers, Research Gate, pp. 1-4, 2025. MTMT

          c55     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c56     Janos Santa, 2025 Word Ranking of Automatization Researchers, Research Gate, pp. 1-5, DOI: 10.13140/

                     RG.2.2.33688.92160, 2025. MTMT

          c57     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c58     Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT

          c59     Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.344

                     03, Research Gate, pp. 1-5, 2025.

          c60     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

D117. Gyula Mester, Development of XHTML CSS and PHP e-Learning Portal, Proceedings of the

YUINFO’ 2005, pp. 1-5, Kopaonik, Serbia and Montenegro, 2005.

Research Gate, Google Scholar, MTMT

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c2       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.  

                     MTMT

 

D118. Gyula Mester, Kriticki osvrt na neka resenja u prednacrtu Zakona o visokom obrazovanju,

Proceedings of the TREND 2005, pp. 25-27, ISBN 86-85211-32-8, Kopaonik, Serbia and Montenegro,

07-10.03.2005.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                     Proceedings of the Conference TREND, XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978

                     86 7892 236 7, trend.uns.ac.rs, Kopaonik, 01 – 04. 03. 2010. MTMT

         c2       Norbert Sabic, Kriticni osvrt na binarni sistem visokog obrazovanja i mogucnosti za razvoj strukovnih

                     master i doktorskih studija u Srbiji. Proceedings of the TREND 2010, pp. 312-316, ISBN, 978-86-7892-

                     236-7, Kopaonik, Serbia, trend.uns.ac.rs, 01-04.o3.2010. MTMT

                     „Ipak, uočljiva je tendencija širenja strukovnih master studija, dok strukovne doktorske studije se do sada

                     samo retko pojavljulju u Evropskom visokom obrazovanju.”

          c3       Gyula Mester, Kritički osvrt na nedostatke i predlog izmena zakona o visokom obrazovanju, Proceedings

                     of the TREND 2008, pp. 115-117, ISBN 978-86-7892-123-0, Kopaonik, Serbia, 03 – 06.03.2008. MTMT

          c4       Gyula Mester, Doktorske studije na Univerzitetu u Segedinu, Proceedings of the TREND 2009, pp. 32-36,  

                     ISBN 978-86-7892-157-5, Kopaonik, Serbia, 02-05.03.2009. MTMT

 

D119. Gyula Mester, Intelligent e-Learning Portal Development, Proceedings of the SISY 2004,

Symposium on Intelligent Systems, pp. 137-143, ISBN 9637154329, Subotica, Serbia and Monte-

negro, October 1-2, 2004.

Research Gate, Google Scholar, MTMT.

          c1       Zlatko Covic, Implementation and Administration of e-Learning System. Proceedings of the YUINFO’

                     2005, pp. 1-5, Kopaonik, Serbia and Montenegro, 7-11.03.2005. MTMT

          c2      SU Khalid, A Basharat, AA Shahid, S Hassan: An adaptive E-learning Framework to Supporting New

                     Ways of Teaching and Learning, Proceedings of the 3^rd International Conference on Information and Com-

                     munication Technologies, IEEE ICICT '09, pp. 300-306, , DOI: 10.1109/ICICT.2009.5267175, ISBN:

                     978-1-4244-4608-7, Karachi, Pakistan, Aug. 15-16, 2009.

      Web of Science: 000278475900046, MTMT

      “The skill categories required to create an online E learning course as compiled by [8] and according to

        [10,13] are:”.

          c3       Rasoul Zavaraqi, A View On Electronic Learning Portals, Iranian Information Sciences and Technology    

                     Journal, Vol. 24, Issue 1, pp. 141-172, 2009. MTMT

          c4       Stantic Molcer Piroska, Integrisana komponenta sistema ucenja digitalne obrade signala implementirana u

                     mreznom okruzenju, doktorska disertacija, pp. 1-100, Univerzitet u Novom Sadu, Fakultet Tehnickih

                     Nauka, 2011. MTMT

          c5       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c6       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

          c7       Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007. MTMT

 

D120. Gyula Mester, Multimedia Presentation the Procedure Based on the D-H Convention, Proce-

edings of the 21^th International Scientific Conference Information Technology in Education of

Informatics, Electrical and Mechanical Engineers, pp. 83-86, ISBN 86-85409-03-9, Subotica,

Serbia and Montenegro, 6-7 May, 2004. Research Gate, MTMT.

          c1       Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D121. Gyula Mester, Building Applications of Web-based Open Source Course Management Syst-

em, Web alapú és nyit forráskódú edukációs rendszer fejlesztése. Proceedings of the 6^th Internatio-nal Conference of Food Science, pp. 1-7, ISBN 963 482 676 8, Eds: Hódur C; Kovács E.; Véha A., Szegedi Tudományegyetem, Élelmiszeripari Főiskolai Kar, Szeged, Hungary, 2004.05.20-21.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Intelligent e-Learning Portal Development. Proceedings of the SISY 2004, Symposium on

                     Intelligent Systems, pp. 137-143, ISBN-9637154329, Subotica, Serbia and Montenegro, October 1-2,

                     2004. MTMT

          c2       Gyula Mester, Internet technológiák, tankönyv, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka,

                     Szerbia, 2008. MTMT

         c3       Gyula Mester, Internet tehnologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia,

                     2008. MTMT

          c4       Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007.

D122. Gyula Mester, Development and Application of Web-based Open Source Course Manage-

ment System, Proceedings of the YUINFO’2004, edit. Miodrag Ivkovic, pp. 1-5, Kopaonik, Serbia

and Montenegro, 08-12.03.2004.

Research Gate, Google Scholar, MTMT.

          c1       Robert Pinter, e-Learning in Use. Proceedings of the YUINFO’2005, pp. 1-4, Kopaonik, Serbia and Mon-

                     tenegro, 2005. MTMT

          c2       Gyula Mester, Intelligent e-Learning Portal Development, Proceedings of the SISY 2004, pp. 137-143,

                     ISBN: 963 7154329, Subotica, Serbia and Montenegro, October 1-2, 2004. MTMT

          c3       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c4       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

D123. Gyula Mester, E-learning xHTML és CSS tananyagfejlesztés LAMP környezetben,

Tudományos napok, Dunaújváros, Konferenciakiadvány, pp. 411-428, Hungary, 2004.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.   

                     MTMT

 

D124. Gyula Mester, Development of Web Applications Using .NET Technologies, YUINFO’2003,

pp. 1-5, Kopaonik, Serbia and Montenegro, 10-14.03.2003.

Research Gate, Google Scholar, MTMT.

          c1       Robert Pinter, Livia Szedmina: Cognitive Flexibility Theory in Creating e-Learning Materials. Proceed-

                     ings of the YUINFO’2004, pp. 1-4, Kopaonik, Serbia and Montenegro, 2004. MTMT

          c2       Gyula Mester, XML web szolgáltatások fejlesztése és alkalmazása .NET környezetben, Tudományos Kon-

                     ferencia Európai Kihívások 2, konferenciakiadvány, pp. 40-44, ISBN 9632102363, SZTE, SZÉF, Szeged,

                     május 16, 2003, Hungary. MTMT

          c3       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c4       Gyula M  ester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

 

D125. Gyula Mester, XML web szolgáltatások fejlesztése és alkalmazása .NET környezetben, Tudo-

mányos Konferencia Európai Kihívások 2, konferenciakiadvány, pp. 40-44, ISBN 9632102363,

SZTE, SZÉF, Szeged, május 16, 2003, Hungary.

Research Gate, Google Scholar, MTMT.

          c1      Robert Pinter, Livia Szedmina: Cognitive Flexibility Theory in Creating e-Learning Materials. Proceed-

                     ings of the YUINFO’2004, pp. 1-4, Kopaonik, Serbia and Montenegro, 2004. MTMT

          c2       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c3       Gyula Mester, Internet technologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

 

D126. Szilveszter Pletl, Gyula Mester, Learning-Expanded Genetic Algorithm in Robot Control,

Proceedings of the 1^st SISY 2003, pp. 213-220, ISBN-9637154191, Szabadka, Serbia & Monte-

negro, September 19-20, 2003.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c2       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

 

D127. Janos Gyeviki, Gyula Mester, Dynamics of a Servopneumatic Positioning System, Proceed-

ings of the Workshop on Mechatronics, pp. 1-5, Varna, Bulgaria, 28.08.-03.09.2003.

Research Gate, Google Scholar, MTMT.

          c1       L. Molnár, A. Czmerk, A pneumatikus hajtás tulajdonságai, és dinamikai modellje, OGÉT 2004 konferen- 

                     cia, XII. Nemzetközi Gépész Találkozó, pp. 208, Románia, Csíksomlyó, 2004.04.22-25. MTMT

          c2       L. Molnár, A. Czmerk, Properties and Dynamic Behaviour of Pneumatic Drive, Gépészet 2004, Proceed-

                     ings of the fourth Conference on Mechanical Engineering, pp. 701-704, Budapest, 2004.05.27-28. MTMT

          c3       A. Czmerk, Dynamics of a servopneumatic drive, VII. International PhD Workshop, Gliwice, Poland, 

                     ISBN 83-922242-0-5, pp. 343-346. Cracow, Poland, 17-20 July, 2005. MTMT

          c4       L. Molnár, A. Czmerk, Modellbildung und Simulation des pneumatischen Zylinders, 50. Internationales 

                     Wissenschaftliches Kolloquium, TU Ilmamau, Ilmenau, Germany, 19.-23. September 2005, pp. 415-416. 

                     MTMT

          c5       Molnár L., Czmerk A., Linearisation of a Servopneumatic System with Modified PID Controller, Gépészet 

                     2006, Proceedings of the Fifth Conference on Mechanical Engineering, pp. 294-298, Budapest, 2006.05.

                     25-26. MTMT

          c6       Molnár L., Czmerk A., Szervopneumatikus hajtás szimulációsvizsgálata módosított PID szabályzóval, 

                      OGÉT 2006 konferencia, XIV. Nemzetközi Gépész Találkozó, Románia, Marosvásárhely, 2006.04.27-30.

                      MTMT

          c7       Janos Simon, Autonomous wheeled mobile robot control, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                      „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                      reacts based on both the sensed information of the obstacles and the relative position of the target [16-

                      23].”                           

 

D128. Gyula Mester, Fuzzy Modeling of Automatic Focusing System for Compact Camera, Proce-

edings of the XVIII Scientific Conference The 21^st Century as Challenge for the Education and

Work of Electro Engineers, pp. 1-8, Pécs, Hungary, 31.05-01.06-2002.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007. MTMT

            c2       Luca Sarramone, Martín Vázquez, Lucas Leiva, Implementación eficiente de controladores difusosen

                     FPGA basados en síntesis de alto nivel, Revista elektron, Efficient Fuzzy Controllers for FPGA using   

                     High Level Synthesis, Vol. 6, No. 1, pp. 20-28, DOI: 10.37537/rev.elektron.6.1.148.2022, ISSN 2525-

                     0159, 2022. MTMT                           

                     „El último problema está basado en los sistemasautomáticos de enfoque de las cámaras fotográficas,

                     quemiden la distancia con respecto al centro de la vista dellocalizador [20].”

D129. Gyula Mester, Converting Traditional Courses to E-learning, Proceedings of the Informatika

a Felsőoktatásban, edit. Arató Péter, Herdon Miklós, pp. 1212-1216, Debrecen, Hungary, 2002.

Research Gate, Google Scholar, MTMT.

          c1       Livia Szedmina, Róbert Pinter: Interactive Multimedia English Course. Proceedings of the Symposium on

                     Intelligent Systems SISY 2004, pp. 145-152, ISBN-963 7154 32 9, Szabadka, Serbia and Montenegro,

                     October 1-2, 2004. MTMT

          c2       Robert Pinter, Livia Szedmina: Cognitive Flexibility Theory in Creating e-Learning Materials. Proceedings

                     of the YUINFO’2004, pp. 1-4, Kopaonik, Serbia and Montenegro, 8-12.03.2004. MTMT

          c3       Livia Szedmina, Robert Pinter: Technical English-the e-Way. Proceedings of the YUINFO’2005, pp. 1-4,

                     Kopaonik, Serbia and Montenegro, 7-11-03.2005. MTMT

          c4       Robert Pinter: Iskustva u primeni e-learning materijala na Višoj tehničkoj školi u Subotici, Proceedings of

                     the Second International Conference on Informatics, Educational Technology and New Media in Educati-

                     on, Vol. 1, pp. 181-188, Sombor, Serbia and Montenegro, 2005. MTMT

          c5       Livia Szedmina, Robert Pinter: Technical English – The e-Way, Proceedings of the Second International

                     Conference on Informatics, Educational Technology and New Media in Education, Vol. 2, pp. 173-179,

                     Sombor, Serbia and Montenegro, 2005. MTMT

          c6       Emil Matijevics, KNX Controlled Lighting Over the DALI Network, Acta Technica Corviniensis, Bulletin

                     of Engineering, Tome IV, ISSN 2067-3809, pp. 65-69, Romania, 2011. MTMT

          c7       Gyula Mester: Intelligent e-Learning Portal Development, Proceedings of the SISY 2004, pp. 137-143,

                     ISBN-9637154329, Subotica, Serbia and Montenegro, October 1-2, 2004. MTMT

          c8       Gyula Mester: Multimedia Presentation the Procedure Based on the D-H Convention, Proceedings of the

                     21^th International Scientific Conference Information Technology in Education of Informatics, Electrical

                     and Mechanical Engineers, pp. 83-86, ISBN 86-85409-03-9, Subotica, Serbia and Montenegro, 6-7 May,

                     2004. MTMT

          c9       Gyula Mester, Internet technológiák, tankönyv, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka,

                     Szerbia, 2008. MTMT

         c10     Gyula Mester, Internet tehnologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia,

                     2008. MTMT

          c11     Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007. MTMT

 

D130. Gyula Mester, Savremeni trend modeliranja inteligentnih upravljackih sistema, Zbornik

radova Simpozijuma o racunarskim naukama i informacionim tehnologijama YUINFO’2002, pp. 1-

5, Kopaonik, Yugoslavia, 2002.

Research Gate, Google Scholar, MTMT.

 

D131. Gyula Mester, Fuzzy-genetsko modeliranje buke u urbanoj sredini, Zbornik radova Simpozi-

juma o računarskim naukama i informacionim tehnologijama, YUINFO’2000, edit. Miodrag

Ivkovic, pp.1-5, Kopaonik, Yugoslavia, 2000. Research Gate, MTMT.

          c1       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

 

D132. Gyula Mester, Attila Nemes, Szilveszter Pletl, Tibor Mester, Soft Computing metoda za opti-

malno modeliranje buke, Zbornik radova Simpozijuma o računarskim naukama i informacionim

tehnologijama YUINFO ‘99, edit. Miodrag Ivkovic, pp. 1-5, Kopaonik, Yugoslavia, 22-26.03.1999.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Intelligens Rendszerek, SZÉF, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c2       Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

                     Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, DOI: 10.

                     7906/indecs.16.3.1, pp. 302-312, 2018.

                     Web of Science, MTMT

          c3       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, disszertáció, Budapest, 2018.

                     MTMT        

 

D133. Gyula Mester, Szilveszter Pletl, Attila Nemes, Tibor Mester, Structure Optimization of Fuzzy

Control Systems by Multi-Population Genetic Algorithm, Proceedings of the 6^th European Congress

on Intelligent Techniques and Soft Computing, EUFIT’98, edit. Zimmermann, Hans-Jürgen, Vol. 1,

pp. 450–456, Verlag Mainz, Aachen, Germany, 7-10 September, 1998. †CCA70918/99ga98a

GMester.

Research Gate, Google Scholar, MTMT.

          c1       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms with Fuzzy Systems, Department of

                     Electrical Engineering and Automation, University of Vaasa P.O. Box 700, FIN-65101 Vaasa, Finland,

                     Report Series No. 94-1-FUZZY (Updated 2009/08/17available via anonymous ftp: site ftp.uwasa.fi

                     directory cs/report94-1 file gaFUZZYbib.pdf, p. 141.

                     Google Scholar: 8276319078757049707, MTMT

          c2       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms in Control, Report Series No. 94-1-

                     Control, Updated 2010, Department of Electrical Engineering and Automation, University of Vaasa P.O.

                     Box 700, FIN-65101 Vaasa, ftp://ftp.uwasa.fi/cs/report94-1/gaControlbib.pdf, Finland, 2010.

       Google Scholar:  17895597783676787498. MTMT

          c3       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, Ph. D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c4       Gyula Mester, Intelligens Rendszerek, SZÉF, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c5       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c6       Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Vol. 14, Issue 2, pp. 223-235, DOI: 10.7906/indecs.14.2.11, ISSN 1334-4684,

                     e-ISSN 1334-4676, 2016.

                     Web of Science, Google Scholar: 2114222567575200895, MTMT

                     „GAs are widely used as powerful global search and optimization tools [25].”

          c7       Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     Web of Science, Google Scholar: 3069870268489633444, MTMT

        c8      JT Alander, Indexed Bibliography of Genetic Algorithms in the East-Europe GAs, - 1997 - lipas.uwasa.fi.

                     Google Scholar:  4363567907936450955, MTMT

          c9       Chang Won-Bin, Kim Dong-Il, Kwon Key-Ho, A New Method of Adaptive Fuzzy Control System Using

                     Genetic Algorithms, Journal of the Institute of Electronics Engineers of Korea CI, Vol. 38, Issue 2, pp. 9-

                     15, ISSN 1229-6376, 2001. MTMT

   c10     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, Doctoral School on Safety and Security Sciences, p. 175, Budapest, 2018. MTMT

          c11     Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

                     Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, DOI: 10.

                     7906/indecs.16.3.1, pp. 302-312, 2018.

                  Web of Science, MTMT

                      „Genetic algorithms are known powerful tools for global nonlinear search, thus suitable for efficient

                      preliminary identification of fuzzy membership parameters [5] and also capable of fuzzy structure

                      optimisation [6].”

          c12     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, Issue 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „The autonomous vehicle system makes decisions [8, 9] based on the information thus obtained.”

          c13     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, International Conferen-

                     ce INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, in Proce-

                     edings published 31 December 2020, Vol. 63, Issue 60, pp. 1-6, DOI: 10.3390/proceedings2020063060.

                     MTMT

       „The implementation of the system control includes the monitoring and event management of the system

       [19–23].”

          c14     Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, International

       Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020.

       Proceedings 2020, Vol. 63, Issue 1, pp. 1-7, DOI 10.3390/proceedings2020063050, published: 25

       December 2020. MTMT

                     „Structurally static motion can be modeled with the loops of cybernetics. This modeling leads to a system

                     of differential equations with a static structure [15,16,17,18,19,20,21]. The mechanism of the interaction of

                     the systems can be modeled with the model of cybernetic loops [15,16,19]. Finally, to model the interacti-

                     on of systems, it is worth borrowing the mechanism of action of the cybernetic loops used in control theory

                     [15,16,17,18,19].”

          c15     Jelena Pisarov, 5G i Samovozeći Automobili, in: Vladimir, Katic (edit.) Inovacije u modernom obrazova-

                     nju: Innovation in modern education: XXVI skup Trendovi razvoja : XXVI conference Development

                     Trend, Novi Sad, Serbia, University of Novi Sad, Faculty of Technical Sciences, pp. 391-394, ISBN 978-

                     86-6022-241-3, 2020.

                     MTMT

          c16     Albininé Budavári Edina, Zoltán Rajnai, The energy importance of additional information, Indecs, Inter-

                     disciplinary Description of Complex Systems, Indecs, Croatien Interdisciplinary Society, Vol. 20, Issue 1,

                     pp. 44-49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c17     János Simon, Challenges of Transforming Production Enterprises in the Transition to the 4^th Industrial Re-

                     volution, Transactions on Advanced Research. Vol. 16, Issue 2, pp. 36-39, ISSN 1820-4511, 2020.

                     MTMT

          c18     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c19     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020,

                     Vajdasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia,  

                     2020.11.14. MTMT

          c20     Jelena Pisarov, Gyula Mester, The Future of Autonomous Vehicles, FME Transactions, Vol. 49, No. 1, pp.

                     29-35, ISSN: 1451-2092, UDC: 621, DOI: 10.5937/fme2101029P, 2021. MTMT

          c21     Jelena Plisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN:9789634491637, Budapest, 2019. MTMT

          c22     Gyula Mester, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.

                     13140/RG.2.2.24380.76169, 2025.

          c23     Jelena Pisarov, Smart Cars as a Solution for Overpopulation, Interdisciplinary Description of Complex

                     Systems, pp. 11-15, Vol. 20, Issue 1, DOI: 10.7906/indecs.20.1.2, 2022.

          c24     Jelena Pisarov, Önvezető autók okos városokban, European Smart Sustainable and Safe Cities Conference

                     (SSSCC 2020), pp. 1-6, ISBN 978-615-00-9250-8, Budapest, Hungary. 2020.

          c25     Jelena Pisarov, mBot kerekeken gördűlő mobil robot irányítása, Magyar Tudomány Napja a Délvidéken –

                     2019, Vajdasági Magyar Tudományos Társaság, pp. 419-428, ISBN 978-86-88077-11-8, Újvidék, Szerbia, 

                     2019.12.14.

          c26     Dipta Paul, Imtiez Ahmed Prince, Md Shafiqul Islam, Md. Tanzim Ahamed, Md Nadim Rahman Sarker,

                     Ankur Adhikary, Revolutionizing Connectivity Through 5G Technology”, International Journal of Advan-

                     ced Engineering Research and Science, pp. 1-7, Vol. 12, No. 02, DOI: 10.22161/ijaers.122.1, ISSN: 2349-

                     6495, 2025.

          c27     Dévényi Géza, Rajnai Zoltán, Development Aspects of Autonomous Road Vehicle Infotainment Systems,

                     IPSI Transactions on Advanced Research, Vol. 16, No. 2, pp. 7-10, ISSN 1820 - 4511, 2020.

          c28     Kasza Zoltan, Analyzing the Corrosion Potential  of a Lightning Protection Systems, IPSI Transactions on

                     Advanced Research, Vol. 16, No. 2, pp. 15-19, ISSN 1820 - 4511, 2020.

          c29     Hullan Szabolcs, The Nuclear Emergency Response System - The Source of Best Practice, IPSI Transacti-

                     ons on Advanced Research, Vol. 16, No. 2, pp. 20-24, ISSN 1820 - 4511, 2020.

          c30     Simonyi Dénes, Tibor Kovács, BCI-Based Feasibility of Entering Customer Code on Ticket Vending

                     Machines, In Smart, Sustainable and Safe Cities 2018 Conference, p. 18, ISBN 978-615-5586-27-9,

                     Budapest, 2018.

          c31     Alander, J. T., Indexed bibliography of genetic algorithms in the Eastern-Europe, GAs, Vol. 508, pages

                     575, University of Vaasa, 1997.

D134. Szilveszter Pletl, Gyula Mester, A Soft Computing Method for Control of Flexible Joint Ro-

botic Manipulator, Proceedings of the 4 ECPD International Conference on Advanced Robotics and

Intelligent Automation", pp. 175-178, Moskva, 1998.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D135. Gyula Mester, Attila Nemes, Szilveszter Pletl, Jozsef Varga, Optimization of Electric Motors

by Multi-Population Genetic Algorithm, SYMOPIS, Zbornik radova Jugoslovenskog simpozijuma o

operacionim istrazivanjima pp. 8-9, Herceg-Novi, Yugoslavia, 1998.

Research Gate, Google Scholar, MTMT.

          c1       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, Doctoral School on Safety and Security Sciences, Budapest, p. 175, 2018. MTMT

 

D136. Gyula Mester, Szilveszter Pletl, Genetic Algorithm Based Structural Optimization of the

Fuzzy Control Systems, Proceedings of the 3^rd ECPD International Conference on Advanced

Robotics, Intelligent Automation and Active Systems, edit. Miomir Vukobratovic, Branislav

Borovac, pp. 209-214, ISBN 86-7236-008-7, Bremen, Germany, 15 – 17 September 1997.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Syed Kumayl Raza Moosavi, Muhammad Hamza Zafar, Malik Naveed Akhter, Shahzaib Farooq Hadi,       

                     Noman Mujeeb Khan, Filippo Sanfilippo, A Novel Artificial Neural Network (ANN) Using The Mayfly

                     Algorithm for Classification, 2021 International Conference on Digital Futures and Transformative Tech-

                     nologies (ICoDT2), pp. 1-6, DOI: 10.1109/ICoDT252288.2021.9441473, Islamabad, Pakistan, 2021.

 

D137. Gyula Mester, Recent Trend of Intelligent Control System Using Neural Networks, Fuzzy

Logic and Genetic Algorithms, Proceedings of the Soft and Intelligent Computing in Control Engi-

neering, SICCE'97, edit. Gyula Mester, pp. 1-5, ISBN 86-81083-01-5, Subotica, Yugoslavia, 1997.

Research Gate, Google Scholar, MTMT.

          c1               Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D138. Szilveszter Pletl, Bela Lantos, Gyula Mester, A Method that Guaranties the Stability of Soft-

computing Based Controller Robot System During its Adaptation, Proceedings of the Soft and Intel-

ligent Computing in Control Engineering, SICCE'97, pp. 14-17, ISBN 86-81083-01-5, Subotica,

Yugoslavia, 1997.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D139. Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions

of Optimal Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on

CAD/CAM Robotics & Factories of the Future, editor: Hrishi Bera, pp.453-458, Pereira, Colombia,

South America, 15-17 December 1997.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Gyula Mester, Intelligens Rendszerek, SZÉF, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c3       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

 

D140. Gyula Mester, Szilveszter Pletl, Application of Intelligent Control Algorithm for Robot Mani-

pulators, Proceedings of the European Symposium on Intelligent Techniques, ERUDIT, pp. 121-

125, Bari, Italy, March 20-21, 1997.

Research Gate, Google Scholar, MTMT.

          c1       Dusko Katic, Some Recent Issues in Connectionist Robot Control, Proceedings oh the 3^rd ECPD Internati-  

                     onal Conference on Advanced Robotics, Intelligent Automation and Acive Systems, pp.79-92, Bremen

                     Germany, September 15-17, 1997. MTMT

       „Some interesting neuro-fuzzy-genetic control methods have been proposed recently [] …”

          c2       Marta Takacs, Investigation on a Special Group of Fuzzy Implication Operators and Fuzzy Inference Mec-

                     hanisms Using a Simplified Rule Base System. Proceedings of the International Conference on Neural Inf-

                     ormation Processing and Intelligent Information Systems, Vol. 2, 793-796, Dunedin, New Zealand, 1997.

       Web of Science, MTMT

       „A great number of studies on fuzzy implication operators and their influences on the inference mechan-

       isms in fuzzy systems has been published [] …

          c3       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

   c4       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Szerbia

                     és Montenegro, 2001. MTMT

          c5       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c6       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c7       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM Robo-

                     tics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997. MTMT

 

D141. Gyula Mester, Szilveszter Pletl, Designing Fuzzy Control Systems in Matlab Environment,

Proceedings of YUINFO’96, Simpozijum o računarskim naukama i informacionim tehnologijama,

 Brezovica, pp. 209-210, Yugoslavia, 2-5 April, 1996.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D142. Gyula Mester, Szilveszter Pletl, Structure Optimization of the Adaptive-Neuro-Fuzzy Con-

troller, Proceedings of the XL International Conference ETRAN, pp. 283-286, ISBN 86-80509-20-5, Budva, Jugoslavija, June 4-7, 1996.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-     

                     sity of Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D143. Gyula Mester, Szilveszter Pletl, Application of Optimal Fuzzy-Genetic Control for SCARA

Type Robot Manipulators, Proceeding of the 5^th International Workshop on Robotics in Alpe-Adria

Danube Region, RAAD'96, pp. 525-528, ISBN 963-420-482-1, Hungarian Robotics Association,

Budapest, Hungary, 10-13 June, 1996.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, Ph.D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Pletl Szilveszter, A Lega megvalósításának módozatai, Informatika korszerű technikái, IKT 2006 konfer-

                     encia kiadvány, pp. 112-118, Dunaujváros, 17-18.11.2006. MTMT

          c3       Gyula Mester, Design of the Fuzzy Control Systems Based on Genetic Algorithm for Intelligent Robots,

                     Interdisciplinary Description of Complex Systems, Indecs, Vol. 12, issue 3, pp. 245-254, ISSN 1334-4676,

                     DOI: 10.79 06/indecs.12.3.4, 2014. MTMT

          c4       Szilveszter Pletl, Gyula Mester, Learning-Expanded Genetic Algorithm in Robot Control, Proceedings of

                     the SISY 2003, pp. 213-220, ISBN-963715419 1, Szabadka, Serbia & Montenegro, September 19-20,

                     2003. MTMT

          c5       Gyula Mester, Szilveszter Pletl, Genetic Algorithm Based Structural Optimization of the Fuzzy Control

                     Systems, Proceedings of the 3 ECPD International Conference on Advanced Robotics and Intelligent Aut-

                     omation, pp. 209-214, ISBN 86-7236-008-7, Bremen, Germany, 15 – 17 September 1997. MTMT

       “There are several ways to combine fuzzy and genetic control. Some interesting fuzzy-genetic control

       methods have been proposed by (Car, 1991, Fukuda at al., 1994, 1995, Kaynak at. al. 1994, Mester at al.,

       1996).”

          c6       Gyula Mester, Intelligens Rendszerek, SZÉF, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c7       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c8       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM         

                     Robotics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997.

                     MTMT

 

D144. Gyula Mester, Szilveszter Pletl, Ganfis Control Algorithm of Intelligent Robots, Proceedings

 of the Second ECPD International Conference on Advanced Robotics and Intelligent Automation

and Active Systems, pp. 155-160, Vienna, Austria, 26-28 September, 1996.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Pletl Szilveszter, A Lega megvalósításának módozatai, Informatika Korszerű technikái, IKT 2006

                     konferencia kiadvány, pp. 112-118, Dunaujváros, 17-18.11.2006. MTMT

          c3       Pletl Szilveszter, Nemlíneáris dinamikus rendszerek hatékony optimalizálásának egy lehetősége, Jelenkori

                     társadalmi és gazdasági folyamatok, V. Évfolyam, 1-2 szám, pp. 265-272, ISSN: 1788-7593, SZTE,

                     Szeged, Hungary, 2010. MTMT

          c4       Szilveszter Pletl, Gyula Mester: Learning-Expanded Genetic Algorithm in Robot Control. Proceedings of    

                     the SISY 2003, pp. 213-220, ISBN-9637154191, Szabadka, Serbia & Montenegro, September 19-20,  

                     2003. MTMT

          c5       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c6       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM    

                     Robotics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997.

                     MTMT

 

D145. J. K. Tar, O. M. Kaynak, J. F. Bitó, I. J. Rudas, D. Mester, A New Method for Modelling the

Dynamic Robot-Environment Interaction Based on the Generalization of the Canonical Formalism

of Classical Mechanics, Proceedings of the First International ECPD Conference, pp. 687-692,

Athens, Greece, September 6-8, 1995.

Research Gate, Google Scholar, MTMT

          c1       Tar J. K, Rudas I. J, Bito J. F, Group Theoretical Approach in Using Canonical Transformations and Sym-

                     plectic Geometry in the Control of Approximately Modelled Mechanical Systems Interacting with an Un-

                     modelled Environment, Robotica, Vol. 15, Issue 2, pp. 163-179, ISSN: 0263-5747, DOI: 10.1017/S026357

                     4797000192, 1997.

       Web of Science: A1997WU53300004, Scopus, MTMT

          c2       Tar J. K., Rudas I. J., Bito J. F., Kaynak, M.O., Adaptive Robot Control Gained by Partial Identification

                     Using the Advantages of Symplectic Geometry, Proceedings of the 1995 IEEE IECON 21^st International

                     Conference on Industrial Electronics, Control, and Instrumentation, Vol.: 1, pp. 75-80, DOI: 10.1109/IE

                     CON.1995.483336, ISBN: 0-7803-3026-9, Publisher: IEEE, 06-10 Nov. 1995, Orlando, Florida, USA.

       Web of Science, Scopus, MTMT

          c3       Tar J. K., Rudas I. J., Bito J. F., Kaynak M. O., On the Tuning of the free Parameters of a New Adaptive

                     Robot Control Based on Geometric Principles of Hamiltonian Mechanics, Proceedings, 1997 IEEE Inter-

                     national Symposium on Computational Intelligence in Robotics and Automation, CIRA'97., pp. 326-331,

                     DOI: 10.1109/CIRA.1997.613876, ISBN: 0-8186-8138-1, Publisher: IEEE, 10-11 Jul 1997, Monterey,

                     California, USA.               

                     Web of Science, MTMT

          c4       Utku Senol, Design by Incorporating Intelligence: Adaptive Structures. Proceedings of the 1996 3^rd Bien-

                     nial Joint Conference on Engineering Systems Design and Analysis, ESDA. Part 2 (of 9), Montpellier,  

                     France, 01-04 July 1996. pp. 195-213. 1996. MTMT

          c5       Tar J. K., Bitó J. F., Rudas I. J., Torvinen S. J., A New Possible Branch of Computational Intelligence for

                     Developing Real Time Control in Mechatronics, Proceedings of the 26^th Annual Conference of the IEEE

                     Industrial Electronics Society, 2000, IECON 2000, Vol. 2, ISBN: 0-7803-6456-2, DOI: 10.1109/IECON.

                     2000.972244, pp- 912-917, Nagoya, Japan, 22-28 October, 2000.

       Web of Science, Scopus, MTMT

          c6       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c7       Tar J.K, Rudas I.J, Bito J.F, et al. A New Utilization of the Hamiltonian Formalism in the Adaptive Control  

                     of Mechanical Systems Under External Perturbation, Intelligent Automation and Soft Computing, ISSN:

                     1079-8587, Vol. 5, Issue 4, pp. 303-312, 1999.

       Web of Science: 000084661200004, Scopus, MTMT

 

D146. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Rules Set Optimization Using Genetic

Algorithm for Robot Manipulator Control with Gear, Proceedings of the V. Simpozijum o elektrome-

hanickim prenosnicima, pp. 231-236, Subotica, Jugoslavija, 1995.

Research Gate, Google Scholar, MTMT.

          c1       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest

                     University of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

 

D147. Gyula Mester, Szilveszter Pletl, Fuzzy-Neuro Control and its Implementation for a Robot

Manipulator, Proceedings of the Teaching Fuzzy Systems Joint Tempus Workshop, Kóczy László

(edit.), pp.1-4, ISBN 963-420-464-3, Budapest, Hungary, 14-16 May, 1995.

Research Gate, Google Scholar, MTMT.

          c1       Szilveszter Pletl, Fuzzy Logic Based Neural Network Control for SCARA-Type Manipulators. Proceed-

                     ings of the I ECPD International Conference on Advanced Robotics and Intelligent Automation, pp. 99- 

                     104, Athens, Greece, 1995. MTMT

          c2       Szilveszter Pletl, Neuro-Fuzzy Control of Rigid and Flexible-Joint Robotic Manipulator, Proceedings of

                     the 1995 IEEE IECON 21^st International Conference on Industrial Electronics, Control, and Instrumenta-

                     tion, Vol. 1, pp. 93-97, ISBN: 0-7803-3026-9, DOI: 10.1109/IECON.1995.483339, Orlando, Florida,

                     USA, 06 - 10 Nov 1995.

       Web of Science, Scopus, MTMT

          c3       Marta Takacs, Fuzzy Control of Dynamic Systems Based on Possibility and Necessity Measures, Proceed-

                     ings of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region RAAD’96, pp. 515-519,

                     Budapest, Hungary, June 10-13, 1996. MTMT

          c4       I. J. Rudas, J. F. Bitó, J. K. Tar, M.O. Kaynak, A Multiple-Purpose Uniform Structure for Use in Dynamic

                     Control of Mechanical Devices. Proceedings of the 1996 ASME Engineering Systems Design and Analy-

                     sis Conference ESDA’96, Vol. 2. pp. 215-220, Montpellier, France. July 1-4, 1996.

       Scopus, MTMT

          c5       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of   Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c6       Gyula Mester, Szilveszter Pletl, Structure Optimization of the Adaptive-Neuro-Fuzzy Controller, Proceed-

                     ings of the XL International Conference ETRAN, pp. 283-286, ISBN 86-80509-20-5, Budva, Yugoslavia,

                     June 4-7, 1996. MTMT

          c7       Gyula Mester, Design of a Neuro-Fuzzy-Genetic Control Algorithm of Intelligent Robots, Proceedings of

                     the World Automation Congress WAC ’96, May 28-30, 1996, Montpellier, France, Soft Computing with

                     Industrial Applications, Recent Trends and Development, Vol. 5, pp. 755-760, ISBN 1-889335-02-9, TSI

                     Press Series, Albuquerque, NM, USA, 1996. MTMT

          c8       Gyula Mester, Szilveszter Pletl, Ganfis Control Algorithm of Intelligent Robots. Proceedings of the Second

                     ECPD International Conference on Advanced Robotics and Intelligent Automation and Active Systems,

                     pp. 155-160, Vienna, Austria, 26-28 September 1996. MTMT

          c9       Gyula Mester, Neuro-Fuzzy-Genetic Trajectory Tracking Control of Flexible Joint Robots, Proceedings of

                     the I ECPD International Conference on Advanced Robotics and Intelligent Automation, pp. 93-98,

                     Athens, Greece, September 6-8, 1995. MTMT

          c10     Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings of the IEEE

                     IECON'95, International Conference on Industrial Electronics, Control and Instrumentation, Orlando, Vol.

                     1, pp. 87-92, DOI 10.1109/IECON.1995.483338, ISBN 0-7803-3026-9, Florida, USA, November 6-10,

                     1995, IEEE, New York, NY. †CCA28816/95 ga95bMester.

       Web of Science, Scopus, MTMT

          c11     Gyula Mester, Szilveszter Pletl, Application of Optimal Fuzzy-Genetic Control for SCARA Type Robot

                     Manipulators, Proceeding of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region,

                     RAAD'96, pp. 525-528, ISBN 963-420-482-1, Budapest, Hungary, 10-13 June 1996. MTMT

          c12     Gyula Mester, Szilveszter Pletl, Application of Intelligent Control Algorithm for Robot Manipulators, Pro-

                     ceedings of the European Symposium on Intelligent Techniques, ERUDIT, pp. 121-125, Bari, Italy, March

                     20-21, 1997. MTMT

          c13     Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola, Szabad-

                     ka, Szerbia és Montenegro, 2001. MTMT

          c14     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c15     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015. MTMT

          c16     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D148. Gyula Mester, Szilveszter Pletl, Fuzzy Control of Robot Manipulators with joint Flexibility,

Zbornik radova XXI Jugoslovenskog kongresa teorijske i primenjene mehanike, pp. 127-132, Niš,

Yugoslavia, 29 May – 03 June 1995.

Research Gate, Google Scholar, MTMT

          c1       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Szilveszter Pletl, Zoltan Jeges, Hierarchical Fuzzy-Adaptive Control Algorithm, Symposium on Intelligent

                     Systems SISY 2004, pp. 241-246, Szabadka, Szerbia és Montenegro: 2004.10.01 -2004.10.02. pp.

       „This paper introduces a fuzzy supervisor for the coordination of the free parameters of the adaptive cont-

       roller. In the technical literature several works deal with the similar application of fuzzy theory [1, 3]”.

       MTMT                                                                                             

          c3       Gyula Mester, Szilveszter Pletl, Gizella Pajor, and Imre Rudas, Adaptive Control of Robot Manipulators

                     with Fuzzy Supervisor Using Genetic Algorithms. Proceedings of International Conference on Recent Ad-

                     vances in Mechatronics, ICRAM’95, O. Kaynak (ed.), Vol. 2, pages 661–666, ISBN 975-518-063-X, Aug-

                     ust 14-16, 1995. Bogazici University Bebek, Istanbul, Turkey, †CCA72953/97 ga95aGMester. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c5       János Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                      „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                      reacts based on both the sensed information of the obstacles and the relative position of the target.”

 

D149. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Adaptive Control of Robot Manipula-

tors, Proceedings of the International Conference ETRAN, edit. Stojic Milic, pp. 252-255, ISBN

86-80509-16-7, Society for Electronics, Telecommunications, Computers, Automatic Control and

Nuclear Engineering, Zlatibor, Yugoslavia, June 6-9, 1995.

Research Gate, Google Scholar, MTMT.

          c1       Szilveszter Pletl, Zoltan Jeges, Hierarchical Fuzzy-Adaptive Control Algorithm, Proceedings SISY 2004,

                     pp. 241-246, Subotica October 1-2, 2004. MTMT

       „This paper introduces a fuzzy supervisor for the coordination of the free parameters of the adaptive cont-

       roller. In the technical literature several works deal with the similar application of fuzzy theory [1,3]”.

          c2       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universí-

                     ty of Technology and Economics, Ph. D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c3       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D150. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Neuro-Fuzzy Control of Robot Manipulator

with Joint Flexibility, Proceedings of the International Conference Automation '95, pp. 423-432,

ISBN 963-420-464-3, Budapest, Hungary, September 5-7, 1995.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c3       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM Robo-

                     tics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997. MTMT

 

D151. Gyula Mester, Neuro-Fuzzy-Genetic Trajectory Tracking Control of Flexible Joint Robots,

Proceedings of the I ECPD International Conference on Advanced Robotics and Intelligent Automa-

tion, pp. 93-98, Athens, Greece, September 6-8, 1995. MTMT 34/52 GS cit. 71

Research Gate, Google Scholar: 2790692368685767725, MTMT: 1670401

          c1       Marta Takacs, Fuzzy Control of Dynamic Systems Based on Possibility and Necessity Measures. Proceed-

                     edings of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region RAAD’96, pp. 515-

                     519, Budapest, Hungary, June 10-13, 1996. MTMT

          c2       Szilveszter Pletl, Korszerű adaptív, Fuzzy és Neurális elvű Robotirányítási algoritmusok, disszertáció,

                     p. 102, Budapest, Budapesti Műszaki és Gazdaságtudományi Egyetem, 2001. MTMT

          c3       Janos Gyeviki, Kalman Rozsahegyi, Sliding Mode Control of a Servopneumatic Positioning System, Uni-

                     versity of Szeged, College Faculty of Food Engineering Szegedi Tudományegyetem Szegedi Élelmiszer-

                     ipari Fõiskolai Kar, Tudományos Közlemények 24, pp. 65-69, Szeged, 2003. MTMT

          c4       Janos Gyeviki, Kalman Rozsahegyi, DSP-based Control of a Servopneumatic Positioning System, Univer-

                     sity of Szeged College Faculty of Food Engineering, Szegedi Tudományegyetem, Szegedi Élelmiszeripari

                     Főiskolai Kar, Tudományos Közlemények 24, pp. 60-64, Szeged, 2003. MTMT

          c5       Janos Gyeviki, Nemlíneáris holtidős szabályozási körök vizsgálata. Proceedings of the SZTE, SZÉF, pp.

                    11-15, Szeged, Hungary, 2003. MTMT

          c6       Janos Gyeviki, Zoltan Fabulya, Pneumatic Positioning with Intelligent Control, Proceeding of the 3^rd Inter-

                     national Scientific Days of Land Management in the Great Hungarian Plan 2002, Vol. IV, pp. 21-25,

                     Mezőtúr, Hungary, 2002. MTMT

          c7       Janos Gyeviki, Istvan Tibor, Kalman Rozsahegyi, Sliding Mode Control and its Application on a Servo-

                     pneumatic Positioning System, Scientific Bulletin of Politechnica Universiti of Timisoara, Vol. 49, Issue

                     63, No. 1, pp. 99-103, Timisoara, Romania, 2004. MTMT

          c8       Janos Gyeviki, Pneumatikus rendszerek pozícionálási pontosságának a növelése, Proceedings of the XI.

                     International Conference and Exhibition on Pneumatics and Hydraulics, pp. 141-146, Miskolc, Hungary,

                     2004. MTMT

       „Napjainkban az intelligens (soft computing) rendszerek alkalmazása is terjed [].”

          c9       Janos Gyeviki, Improving Positioning Accuracy of Pneumatic Systems, Gép, LV évfolyam, 9 szám,

                     pp. 7-11, 2004. MTMT

       „Another solution is to employ the advanced nonlinear control startegies developed in recent years (soft

       computing) []”.

          c10     Janos Gyeviki, Attila Csiszar, DSP Based Positioning in Practice, Proceeding of the 6^th International Car-

                     patian Control Conference, ICCC’2005, Vol. I, pp. 407-412, Miskolc- Lillafüred, Hungary, 2005. MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing) []”.

          c11     Janos Gyeviki, Kalman Rozsahegyi, Attila Csiszar, Chattering Reduction in Sliding Mode Control of Pne-

                     umatic Actuator, Proceeding of the 6^thInternational Carpatian Control Conference, ICCC’2005, Vol. II, pp.

                     421-426, Miskolc- Lillafüred, Hungary, 2005. MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing) [] .”

          c12     János Gyeviki, Attila Csiszár, DSP-k gyakorlati alkalmazása a folyamatirányításban, Acta Agria Kapos-

                     váriensis, Vol. 10, Issue 1, pp. 166-176, ISSN 1418-1789, Kaposvár, Hungary, 2006. MTMT

          c13     Janos Gyeviki, Zoltan Csizmadia, Antal Veha, Experimental Investigation of On-Off Valves Controlled

                     Pneumatic Positioning System, XII. Nemzetközi Pneumatika - Hidraulika Konferencia és Kiállítás, pp. 43-

                     56, Miskolc/Eger, 2007. szept. 17-19. MTMT

          c14     János Gyeviki, József Sarosi, Tamás Endrődy, T., Endre Forgacs, Péter Toman, LabVIEW based position

                     control for a pneumatic cylinder, Annals of Faculty of Engineering, International Journal of Engineering,

                     Vol. 8, Issue 1, pp. 25-32, ISSN 1584-2665, Hunedoara, Romania, 2010. MTMT

       „Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing)” [5].

          c15     Patricia Grof, Janos Gyeviki, Antal Veha, Zoltan Petres, Peter Korondi, Tensor Product Model Transfor-

                     mation Based Control of a Pneumatic Cylinder, Proceedings of the CINTI 2008, Vol. 3, pp. 21-26, 2008.

                     MTMT

          c16     Janos Gyeviki, Szervopneumatikus pozícionálás pontosságának növelése DSP alapú csúszómód szabályo-

                     zással, doktori disszertáció, Debreczeni Egyetem, p. 115, 2007. MTMT

          c17     Péter Toman, János Gyeviki, Antal Véha, Position Control of Pneumatic Actuators with PLC, Review of

                     Faculty of Engineering, Analecta Technica Szegedinensia, pp. 97-106, 2012/1-2, ISSN 1788-6392, 2012.

                     MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed inrecent years (soft

       computing) [4][5].”

          c18     Janos Gyeviki, Attila Csiszar, Kalman Rozsahegyi, Sliding Modes Application in Pneumatic Positioning,

                     Proceedings of the IEEE International Conference on Mechatronics (ICM), pp. 964-969, DOI: 10.1109/

                     ICMECH.2005.1529392, Taipei, Taiwan, Jul 10-12, 2005.

       Web of Science: 000234378800176, Scopus, MTMT

  c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                     Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

          c21     Gyula Mester, Design of a Neuro-Fuzzy-Genetic Control Algorithm of Intelligent Robots, Proceedings of

                     the World Automation Congress WAC ’96, May 28-30, 1996, Montpellier, France, Soft Computing with

                     Industrial Applications, Recent Trends and Development, Vol. 5, pp. 755-760, ISBN 1-889335-02-9, TSI

                     Press Series, Albuquerque, NM, USA, 1996. MTMT

          c22     Gyula Mester, Szilveszter Pletl, Ganfis Control Algorithm of Intelligent Robots. Proceedings of the Second

                     ECPD International Conference on Advanced Robotics and Intelligent Automation and active Systems, pp.

                     155-160, Vienna, Austria, 26-28 September 1996. MTMT

          c23     Gyula Mester, Szilveszter Pletl, Application of Optimal Fuzzy-Genetic Control for SCARA Type Robot Ma-

                     nipulators, Proceeding of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region,

                     RAAD'96, pp. 525-528, ISBN 963-420-482-1, Budapest, Hungary, 1996. MTMT

          c24     Gyula Mester, Szilveszter Pletl, Application of Intelligent Control Algorithm for Robot Manipulators, Pro-

                     ceedings of the European Symposium on Intelligent Techniques, ERUDIT, pp. 121-125, Bari, Italy, March

                     20-21, 1997. MTMT

          c25     Gyula Mester, Intelligens Rendszerek, SZÉF, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c26     Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola,

                     Szabadka, Szerbia és Montenegro, 2001. MTMT

          c27     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT                    

          c28     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c29     János Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment and

                     Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering, Scien-

                     ce and Technology, Vol 1, Issue 1, pp. 34-41, http://www.newcrestpublications.com/Journals/volume1/,

                     2016. MTMT

          c30     Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                     Skup Trendovi Razvoja, Položaj visokog Obrazovanja i Nauke u Srbiji, Zbornik radova, Ed. Vladimir

                     Katic, p. 374, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22-24.02.2017.

                     MTMT

          c31     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, p. 1-50, DOI: 10.13140/ RG.2.1.3451.

                     9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c32     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food

                     Science, Szeged, pp. 1-5, Hungary, 2006. MTMT

          c33     Mester Gyula: Tudományos teljesítmény mérése, idézetek, h-index, Proceedings of 8^th International Engi-

                     neering Symposium at Bánki, IESB 2016, Edit. Drégelyi-Kiss Ágota, ISBN: 978-615-5460-95-1, pp. 1-10,  

                     paper 57, Óbuda University, 17 November 2016. MTMT

          c34     Janos Simon, Imre Petkovics, Zlatko Covic, Industrie 4.0 Based Customized Mass Production Overview,

                     Proceedings of the IV^rnd IEEE International Conference and Workshop Mechatronics in Practice and

                     Education, MechEdu 2017, pp. 72-76, Subotica, Serbia, May 4-5, 2017. MTMT

       „Individualized, or customized, production refers to the concept of an intelligent, highly automated prod-

       uction system that allows high variance and dynamism in the product range with production costs at the

       level of mass production [14][15][20].”

          c35     Ozlem Senvar, Erkut Akkartal, An Overview to Industrie 4.0, International Journal of Information, Busi-  

                     ness and Management, Vol. 10, No.4, pp. 50-57, 2018, ISSN 2076-9202. MTMT

       “Also, universally networked production environments represent the world’s most advanced approach for   

       implementing customized production (Mester, 1995).” http://ijibm.elitehall.com/

          c36     Simon János, A testre-szabott tömeggyártás informatikai háttere, Magyar Tudomány Napja a Délvidéken,

                     p.477, 2017, (november 11), Vajdasági Magyar Tudományos társaság, pp. 418-428, ISBN 978-86-88077-

                     09-5, Újvidék, Szerbia, 2018. MTMT

          c37     Vytautas Turla, Artūras Kilikevicius, Mindaugas Jurevicius, Antanas Fursenko, Kristina Kilikeviciene,

                     Gulnara Zhetessova, Olga Zharkevich, Analysis of Dynamic Parameters of a Linear Positioning Table

                     System, Mechanika, ISSN 1392-1207, Vol. 26, No. 5, pp. 426-434, 2020. MTMT

                       “The same problem is important in investigation of movement trajectories of robot manipulators [11-

                     18].”

          c38     Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM Robo-

                     tics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997. MTMT

          c39     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „Autonóm önvezető autók kutatása és fejlesztése, a robotkutatási és fejlesztési eredmények felhasználá-

                     sával és alkalmazásával a 90-es években Japánban kezdődött [1-3].”

          c40     Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, Issue 1, pp. 89-92, ISSN 2560-

                     2810, 2018. MTMT

      „Egy világszínvonalú egyetem a következő szempontok alapján jellemezhető: oktatása és kutatási eredmé-

      nyei nemzetközileg elismertek, színvonalas oktatókkal és ezető kutatókkal rendelkezik, jelentősen hozzájá-

      rul a tudomány, gazdaság és a társadalom fejlődéséhez, nemzetközi hírneve van, végzős hallgatói jelentős         

      gazdasági és társadalmi pozícióba kerülnek, színvonalas doktori iskolákkal rendelkeznek [6-8].”

          c41     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion in an

                     unstructured environment with obstacles [4-9].”    

          c42     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 November

                     17. MTMT

          c43     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex Dy-

                     namic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda Uni-

                     versity, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c44     Gyeviki János, Sárosi József, Csikós Sándor, Position Control of Pneumatic Actuators with PLC, 2011

                     IEEE/ASME International Conference on Advanced Intelligent Mechatronics (AIM2011) Piscataway (NJ),  

                     USA, pp. 742-747, IEEE, 2011. MTMT

                     „Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

                     computing) [4][5].”

          c45     Dániel Tokody, Imre János Mezei, Creating Smart, Sustainable and Safe Cities, 2017 IEEE 15^th Internatio-

                     nal Symposium on Intelligent Systems and Informatics (SISY), New York, USA, DOI: 10.1109/SISY.

                     2017.8080541,  pp. 141-145, 2017. MTMT

                     „All of them receive a more and more prominent role in the operation of smart cities. [27] [28] [29] [30]

                     [31] [32]”

          c46     Tokody Dániel, Mezei János Imre, Okos, fenntartható és biztonságos városok, Köztes Európa: Társada-

                     lomtudományi Folyóirat: a Vikek Közleményei, Vol. 9, Issue 1-2, pp. 73-81, 2017. MTMT

          c47     Géza Károly Kiss Leizer, Dániel Tokody, Radiofrequency Identification by using Drones in Railway Acci-

                     dents and Disaster Situations, Interdisciplinary Description of Complex Systems, Vol. 15, Issue 2, DOI

                    10.7906/indecs.15.2. pp. 114-132, 2017. MTMT

                     „During the research, the commercially available drones (with GPS navigation [32] and Trajectory Track-

                     king Control [33]) will be equipped with the following elements: a high- resolution camera.”

          c48     Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018. MTMT

          c49     Dániel Tokody, Digitising the European Industry - Holonic Systems Approach, Procedia Manufacturing,

                     Vol. 22 pp. 1015-1022, DOI: 10.1016/j.promfg.2018.03.144, 2018.

      Web of Science, Scopus, MTMT.

       „They can also be used in a Smart Factory.[19] [20] [21] [22].”

          c50     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

                     disciplinary Description of Complex Systems, Indecs, Zagreb, Croatian Interdisciplinary Society, Vol. 16,

                     No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c51     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c52     Cveticanin Livija, Cveticanin Dragan, Application of the Acoustic Metamaterial in Engineering: an Over-

                     view, Romanian Journal of Mechanics, Vol. 2, Issue 1/2017, pp. 29-36, ISSN 2537-5229, July 2017.

                     rjm.journals.srmta.ro MTMT

                     „The noise is produced during the operation of machines and mechanisms in factories [1-5], but also is

                     evident in transportation devices and vehicles [6,7].”

D152. Gyula Mester, Neuro-Fuzzy-Genetic Algorithm of Intelligent Robots, Proceeding of the 3^rd

Seminar on Neural Network Applications in Electrotechnics Neurel-95, pp. 136-141, Beograd,

Yugoslavia, September 29-30, 1995. Research Gate, MTMT.

          c1       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM

                     Robotics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997.

                     MTMT

 

D153. Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings

of the IEEE IECON'95, International Conference on Industrial Electronics, Control and Instrumen-

tation, Orlando, Vol. 1, pp. 87-92, DOI 10.1109/ IECON.1995.483338, ISBN 0-7803-3026-9, Flo-

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          c1       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms with Fuzzy Logic, Department of Elec-

                     trical Engineering and Automation, University of Vaasa, Vaasa, Finland, Book:  Fuzzy evolutionary com-

                     putation, Editor:  Witold Pedrycz Univ. of Manitoba, Winnipeg, Man., Canada.  Publication: Kluwer

                     Academic Publishers Norwell, MA, USA ©1997, ISBN: 0-7923-9942-0, Book Chapter: Jarmo T. Alander,

                     “An indexed bibliography of genetic algorithms with fuzzy logic”, pp: 299 – 318, 1997.

       Google Scholar: 8799184032804024581, MTMT

          c2       Alavandar, S., Nigam, M.J., Genetic Fuzzy Based Tracking Control of 3 DOF Robot Arm, Proceedings of  

                     the Emerging Trends in Engineering and Technology, 2008.  ICETET '08. First International Conference

                     on Emerging Trends in Engineering and Technology, pp. 547-552, ISBN: 978-0-7695-3267-7, DOI: 10.

                     1109/ICETET.2008.75, Nagpur, Maharashtra, India, 16 – 18 July 2008. MTMT

          c3       Srinivasan A., Intelligent Control of Robot Manipulators Using Soft Computing Techniques, PhD Thesis,

                      Department of Electronics and Computer Engineering, Indian Institute of Technology Roorke, India, 2008.

                      MTMT

          c4       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms in Control, Report Series No. 94-1-

                     CONTROL, Updated 2010, Department of Electrical Engineering and Automation, University of Vaasa,

                     Vaasa, ftp://ftp.uwasa.fi/cs/report94-1/gaControlLbib.pdf, Finland, 2010. MTMT

       Google Scholar: 17895597783676787498.

          c5       Chin-Shyurng Fahn, Kou-Torng Lan, Zen-Bang Chern, Fuzzy Rules Generation Using New Evolutionary

                     Algorithms Combined with Multilayer Perceptrons, Industrial Electronics, IEEE Transactions on Finland,  

                       Vol. 46, Issue: 6, pp. 1103-1113, ISSN: 0278-0046, DOI: 10.1109/41.807995, 2002.

       Web of Science: 000084080500007. Google Scholar: 9730737791601930725, MTMT

          c6       Andon Venelinov Topalov, Jong-Hwan Kim and Todor Philipov Proychev, Fuzzy-Net Control of Non-

                     Holonomic Mobile Robot Using Evolutionary Feedback-Error-Learning, Robotics and Autonomous

                     Systems, Vol. 23, Issue 3, Pages 187-200, 2 April 1998.

       Web of Science: 000073892800004, Google Scholar:  8172732285410573827, MTMT  

          c7       Rameri Salama, On Evolving Modular Neural Networks, PhD thesis, Department of Computer Science,

                     University of Western Australia, May 2000. MTMT

          c8       A. N. Poo, P. L. Tang, Intelligent Control of Mashines, pp. 245-288, Book: Intelligent machines: myths and

                       realities, edited by Clarence W. de Silva, Published:  Boca Raton, FL, CRC Press, ISBN:  0849303303, 2000.  

                       MTMT

          c9       H. Sayyaadi and A.A. Eftekharian, Modeling and Intelligent Control of a Robotic Gas Metal Arc Welding

                     System, Scientia Iranica, Vol. 15, Issue 1, pp 75-93, Sharif University of Technology, Jan-Feb. 2008.

       Web of Science: 000262939900009, MTMT

       „Mester, in [19], developed a neuro-fuzzy-genetic controller for robot manipulators; he applied the genetic

       algorithm for the fuzzy rules set optimization.”

          c10     Janos Gyeviki, Kalman Rozsahegyi, Sliding Mode Control of a Servopneumatic Positioning System, Uni-

                     versity of Szeged College Faculty of Food Engineering Szegedi Tudományegyetem Szegedi Élelmiszer-

                     ipari Fõiskolai Kar, Tudományos Közlemények 24, pp.65-69, Szeged, Hungary, 2003. MTMT

          c11     Janos Gyeviki, Kalman Rozsahegyi, DSP-based Control of a Servopneumatic Positioning System, Univer-

                     sity of Szeged College Faculty of Food Engineering Szegedi Tudományegyetem Szegedi Szegedi Élelmi-

                     szeripari Főiskolai Kar, Tudományos Közlemények 24, pp.60-64, Szeged, Hungary, 2003. MTMT

          c12     Janos Gyeviki, Nemlíneáris holtidős szabályozási körök vizsgálata. Proceedings of the SZTE, SZÉF, pp.

                     11-15, Szeged, Hungary, 2003. MTMT

          c13     Janos Gyeviki, Zoltán Fabulya, Pneumatic Positioning with Intelligent Control, Proceedings of the 3^rd In-

                     ternational Scientific Days of Land Management in the Great Hungarian Plan, Vol. IV. pp. 21-25, Mező-

                     túr, Hungary 2002. MTMT

          c14     Janos Gyeviki, Istvan Tibor Toth, Kalman Rozsahegyi, Sliding Mode Control and its Application on a Ser-

                     vopneumatic Positioning System, Scientific of Timisoara Bulletin of Politechnica Universiti, Vol. 49, Issue

                     63, pp. 99-104, Timisioara, Romania, 2004.  

       Web of Science: 000262939900009, Google Scholar: 14934000668337889829, MTMT

          c15     Janos Gyeviki, Pneumatikus rendszerek pozícionálási pontosságának a növelése, Proceedings of the XI.

                     International Conference and Exhibition on Pneumatics and Hydraulics, pp. 141-146, Miskolc, 2004.

                     MTMT

       „Napjainkban az intelligens (soft computing) rendszerek alkalmazása is terjed [].”

          c16     Janos Gyeviki, Improving Positioning Accuracy of Pneumatic Systems, A pneumatikus rendszerek pozici-

                     onálási pontosságának javítása, Gép, LV évfolyam, 9 szám, pp. 7-11, 2004. MTMT

       „Another solution is to employ the advanced nonlinear control startegies developed in recent years (soft

       computing) [].”

          c17     Janos Gyeviki, Attila Csiszar, DSP Based Positioning in Practice, Proceeding of the 6^th International Car-

                     patian Control Conference, ICCC’2005, Vol. I, pp. 407-412, Miskolc- Lillafüred, Hungary, 2005. MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing) [].”

          c18     Janos Gyeviki, Kalman Rozsahegyi, Attila Csiszar, Chattering Reduction in Sliding Mode Control of Pne-

                     umatic Actuator, Proceeding of the 6^th International Carpatian Control Conference, ICCC’2005, Vol. II, pp.

                     421-426, Miskolc- Lillafüred, Hungary, 2005. MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing) [].”

          c19     Janos Gyeviki, Attila Csiszar, Kalman Rozsahegyi, Sliding Modes Application in Pneumatic Positioning,

                     Proceedings of the 2005 IEEE International Conference on Mechatroncs, ICM ’05, pp. 964-969, ISBN: 0-

                     7803-8998-0, DOI: 10.1109/ ICMECH.2005.1529392, Taipei, Taiwan, July 10-12, 2005.

       Web of Science: 000234378800176, Scopus, MTMT

          c20     János Gyeviki, Zoltán Csizmazia and Antal Véha, Position Control of a Pneumatic Actuator Using High

       Speed On-Off Valves, Proceeding of the Európai Kihivások IV. Nemzetközi Tudományos Konferencia, pp.

       661-666, ISBN 978-963-482-857-0, Szeged, Hungary, 2007. MTMT

        „Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

        computing) [] .”

          c21     J. Gyeviki; Z. Csizmazia, A. Veha, Low-Cost, High Performance Pneumatic Positioning System with On-

                     Off Valves, Proceedings of the 9^th International Symposium Interdisciplinary Regional Research “ISIRR

                     2007” Hungary – Serbia – Romania, pp. 49, Novi Sad, 2007. MTMT

          c22     Gyeviki J., Sarosi J., Endrody T., Forgacs E., Veha A., Szabo Z., Sliding-Mode Control of Pneumatic Mus-

                     cle for Robot Application. Review of Faculty of Engineering, Analecta Technica Szegedinensia, Faculty of

                     Engineering, University of Szeged, Szeged, ISSN 1788-6392, pp. 28-35, 2009. MTMT

          c23     Sarosi J., Gyeviki J., Szabo G., Szendro P., Pneumatikus izmok pozícionálása csúszómód szabályozással,

                     Gép, Vol. 60, Issue 8, ISSN 0016-8572, pp. 45-48, 2009. MTMT

          c24     Toman P., Gyeviki J., Endrody T., Sarosi J., Veha A., Szabo Z., Sliding-Mode Control of a Robot Arm

                     Driven by Pneumatic Muscle Actuators, Annals of Faculty of Engineering Hunedoara, International

                     Journal of Engineering, Vol. 7, Issue 4, ISSN 1584-2665, pp. 95-100, 2009. MTMT

       „Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

       computing) [10] ”, 2009.

          c25     Sarosi J., Gyeviki J., Veha A., Toman P., Accurate Position Control of PAM Actuator in LabVIEW Envi-

                     Environment,  Proceedings of the IEEE 7^th International Symposium on Intelligent Systems and Informa-

                     tics, Subotica, Serbia, ISBN: 978-1-4244-5348-1, DOI: 10.1109/SISY.2009.5291145,  pp. 272-276, Sep-

                     tember 25-26, 2009.

       Web of Science: 000276175300057, Scopus, Google Scholar: 17484891008352412624, MTMT

          c26     Janos Gyeviki, Sarosi J., Veha A., Toman P., Sliding-mode Control of PAM Actuator in LabVIEW Envi-

                     ronment, Jelenkori Társadalmai és Gazdasági Folyamatok, Szegedi Tudományegyetem, Mérnöki Kar, Vol.

                     5, No. 1-2, ISSN 1788-7593, pp. 249-253, DOI: 10.14232/jtgf.2010.1-2.249-253, 2010. MTMT

          c27     Janos Gyeviki, Sarosi J., Endrody T., Forgacs E., Toman P.: LabVIEW based position control for a pneu-

                     matic cylinder, Annals of Faculty of Engineering Hunedoara, International Journal of Engineering, Vol. 8,

                     Issue 1, ISSN 1584-2665, pp. 25-32, Hunedoara, Romania, 2010. MTMT

          c28     Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms in Robotics, Adaptive Behavior, Vol. 299,

                     pages 437, University of Vaasa, Department of Information Technology and Production Economics,

                     Vaasa, Finland, 1996. Google Scholar: 6904883291937370201, MTMT

          c29     Janos Gyeviki J., Csiszar A., DSP-k gyakorlati alkalmazása a folyamatirányításban, Acta Agrisa, Kapos-

                     váriensis, Vol. 10, Issue 1, ISSN 1418-1789, pp. 166-176, Kaposvár, Hungary. MTMT

          c30     Patricia Grof, Janos Gyeviki, Antal Veha, Zoltan Petres, Peter Korondi, Tensor Product Model Transfor-

                     mation Based Control of a Pneumatic Cylinder, Proceedings of the CINTI 2008, Vol. 3, pp. 21-26, 2008.

                     MTMT

          c31     Gyeviki J., Csizmazia Z., Veha A., Experimental Investigation of On-Off Valves Controlled Pneumatic

                     Positioning System, Proceedings of the XII. Nemzetközi Pneumatika-Hidraulika Konferencia és Kiállitás     

                     Miskolc/Eger, pp. 43-53, szept. 17-19, 2007. MTMT

          c32     Gyeviki János, Szervopneumatikus pozícionálás pontosságának növelése DSP alapú csúszómód szabályo-

                     zással, doktori disszertáció, Debreczeni Egyetem, pp. 115, 2007. MTMT

          c33     Srinivasan Alavandar, M. J. Nigam, Tracking Control of 3-DOF Robot Manipulator Using Genetic Algor-

                     ithm Tuned Fuzzy PID Controller, Journal of Theoretical and Applied Information Technologie, Vol.3,

                     Issue 4, pp. 15-24, JATIT, E-ISSN 1817-3195, ISSN 1992-8645, 01-06-2007. www.jatit.org MTMThibás

       „Mester in [15] developed a neuro- fuzzy-genetic controller for robot manipulators; he applied the genetic

       algorithm to optimize the fuzzy rule set.”

          c34     Ata Allah Eftekharian, Hassan Sayyaadi, Design of Mixed Fuzzy-GA Controller for SCARA Type Robot,

                     IROS, International Conference on Intelligent Robots and Systems, 2006 IEEE/RSJ, Vols 1-12, pp. 2173 –

                     2178, ISBN: 1-4244-0259-X, DOI: 10.1109/IROS.2006.282556, Beijing, China, October 9-13, 2006.

       Web of Science: 000245452402050, Google Scholar: 15817906763911398554, MTMT

       „Mester in [9] developed a neuro- fuzzy-genetic controller for robot manipulators; he applied the genetic

       algorithm to optimize the fuzzy rule set.”

          c35     Leung RWK, Lau HCW, Kwong CK, An Expert System to Support the Optimization of Ion Plating Proc-

                     ess: an OLAP-Based Fuzzy-Cum-GA Approach, Journal: Expert Systems with Applications, Vol. 25, Issue

                       3, pp. 313-330, DOI: 10.1016/S0957-4174(03)00071-X., Hong Kong, Peoples R. China, 2003.

        Web of Science: 000184668200004, Google Scholar: 18369035708049084386, MTMT

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                     Myths and Realities, Published: Boca Raton, FL: CRC Press, 2000, pp. 245-288, 2000.

       Web of Science, MTMT

          c37     P. Toman, Janos Gyeviki, Antal Veha, Position Control of Pneumatic Actuators with PLC, Review of Fac-

                     ulty of Engineering, Analecta Technica Szegedinensia, pp. 97-106, 2012/1-2, ISSN 1788-6392, 2012.

                     MTMT

       “Another solution is to employ the advanced nonlinear control strategies developed inrecent years (soft

       computing) [4][5].”, 2012.

          c38     Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms with Fuzzy Systems, Automation Univer-

                     sity of Vaasa, Department of Electrical and Energy Engineering, Finland. Report Series No. 94-1-Fuzzy,

                     (Updated 2012/09/21), p. 147, http://lipas.uwasa.fi/~TAU/reports/report94-1/gaFUZZYbib.pdf, 2012.

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          c39     Mohamed El Dib, SMA Actuator Priming using Resistance Feedback, p. 155, University of Waterloo, Wa-

                     terloo, Ontario, Canada, 2010, https://uwspace.uwaterloo.ca/handle/10012/5030, 2010-02-19. MTMT

          c40     Stephane Doncieux, Jean-arcady Meyer, Evolving Modular Neural Networks on Engineering of Intelligent

                     Systems, EIS, pp. 1-6, 2004. MTMT

          c41     M. Sadeghzadeh, D. Calvert, HA Abdullah, Self-Learning Visual Servoing of Robot Manipulator Using

                     Explanation-Based Fuzzy Neural Networks and Q-Learning, Journal of Intelligent & Robotic Systems,

                     Vol. 78, Issue 1, pp 83-104, ISSN: 0921-0296, eISSN: 1573-0409, DOI 10.1007/s10846-014-0151-5,

                     2015, Springer. MTMT

          c42     Mehdi Sadeghzadeh, Self-learning Visual Servoing of a Robot Manipulator using Explanation-based Fuz-

                     zy Neural Networks and Q-learning, p. 156, A Thesis presented to The University of Guelph in partial ful-

                     filment of requirements for the degree of Doctor of Philosophy in Engineering Guelph, Ontario, Canada,

                     Advisors: Professor David Calvert University of Guelph, 2014. MTMT

       “There are several 49 papers [39-41] that used GA neuro and GA Neuro-fuzzy algorithms in robotic cont-

       rol for visual servoing systems.”

          c43     Gyula Mester, Szilveszter Pletl, Ganfis Control Algorithm of Intelligent Robots. Proceedings of the Second

                     ECPD International Conference on Advanced Robotics and Intelligent Automation and Active Systems,         

                     pp. 155-160, Vienna, Austria, September 26 - 28, 1996. MTMT

          c44     Gyula Mester, Szilveszter Pletl, Application of Intelligent Control Algorithm for Robot Manipulators. Pro-

                     ceedings of the European Symposium on Intelligent Techniques, ERUDIT, pp. 121-125, Bari, Italy, March

                     20-21, 1997. MTMT

          c45     Mester Gyula, Intelligens Rendszerek, Szegedi Tudományegyetem, p. 166, Szeged, 2001. MTMT

          c46     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT                    

          c47     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c48     Singh M., Shukla M.K., Intelligent and Hybrid Control Techniques for Robotic Manipulator, in: Singh

                     Tomar G., Chaudhari N., Barbosa J., Aghwariya M. (eds) International Conference on Intelligent Compu-

                     ting and Smart Communication 2019, pp 1535-1545, Algorithms for Intelligent Systems, Springer,

                     Singapore, Print ISBN: 978-981-15-0632-1, DOI: 10.1007/978-981-15-0633-8_150, 2020. MTMT

          c49     J. T. Alander, Indexed Bibliography of Genetic Algorithms Papers of 1996, University of Vaasa,

                     Department of Information Technology and Production, 1998.

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          c50     JT Alander, An Indexed Bibliography of Genetic Algorithms with Fuzzy Systems, Department of Electrical

                     Engineering and Automation University of Vaasa P.O. Box 700, FIN-65101 Vaasa, Finland, Report Series

                     No. 94-1-Fuzzy, p. 141, (Updated 2009/08/17),

                     „[1015] G. Mester. Neuro-fuzzy-genetic controller design for robot manipulators. In Proceedings of the

                     21^st International Conference on Industrial Electronics, Control and Instrumentation, volume 1, pages 87-

                     92, Orlando, FL, 6-10.111995. IEEE, New York, NY. †CCA28816/95 ga95bMester.”

          c51     Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM Robo-

                     tics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997. MTMT

          c52     Dániel Tokody, József Papp, László Barna Iantovics, Francesco Flammini, Complex, Resilient and Smart

                     Systems, Resilience of Cyber-Physical Systems, pp 3-24, in: Flammini F. (eds) Resilience of Cyber-Physi-

                     cal Systems, Advanced Sciences and Technologies for Security Applications, Springer, Cham, ISBN: 978-

                     3-319-95596-4, DOI: 10.1007/978-3-319-95597-1_1, 26 January 2019.

                     Scopus, MTMT

          c53     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016. november

                     17. MTMT

          c54     Gyeviki János, Sárosi József, Csikós Sándor, Position Control of Pneumatic Actuators with PLC, in: IEEE

                     2011 IEEE/ASME International Conference on Advanced Intelligent Mechatronics (AIM2011), Piscata-

                     way (NJ), USA, IEEE, pp. 742-747, 2011. MTMT

                     „Another solution is to employ the advanced nonlinear control strategies developed in recent years (soft

                     computing) [4][5].”

          c55     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

                     disciplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16, Issue 1,

                     pp. 139-148, ISSN: 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c56     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c57     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Con-

                     ference Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-

                     397, paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, 14 - 17. 02. 2022. MTMT

 

D154. Gyula Mester, Szilveszter Pletl, Gizella Pajor and Imre Rudas, Adaptive Control of Robot

Manipulators with Fuzzy Supervisor Using Genetic Algorithms, Proceedings of International Conf-

erence on Recent Advances in Mechatronics, ICRAM’95, Okyay Kaynak (edit.), Vol. 2, pp. 661–

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                     Operators, Proceedings of the IEEE International Conference on Intelligent Engineering Systems (INES

                     1997), ISBN 0-7803-3627-5, pp. 295-299, Budapest, Hungary, September 15-17, 1997.

       Web of Science, Scopus, MTMT

          c2        Marta Takacs, Fuzzy Control of Dynamic Systems Based on Possibility and Necessity Measures, Proceed-

                     ings of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region RAAD’96, pp. 515-519,

                     ISBN 9634204821, Hungarian Robotics Association, Budapest, Hungary, June 10-13, 1996. MTMT

          c3       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest, Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c4       Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms Papers of 1996, University of Vaasa,

                     Department of Information Technology and Production Economics, 1996. MTMT

          c5       Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms in the Eastern-Europe, GAs, University of

                    Vaasa, Finland, 1997. MTMT

          c6       Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms in Robotics, University of Vaasa, Depart-

                     ment of Information Technology and Production Economics, Report Series No. 94-1-ROBOT, 1998.

                     MTMT

          c7       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms with Fuzzy Systems, Department of

                     Electrical Engineering and Automation University of Vaasa P.O. Box 700, FIN-65101 Vaasa, Finland

                     Report Series No. 94-1-Fuzzy (Updated 2009/08/17) available via anonymous ftp:

                     site ftp.uwasa.fi directory cs/report 94-1 filega Fuzzybib.pdf, p. 141. MTMT

          c8       Jarmo T. Alander, An Indexed Bibliography of Genetic Algorithms in Control, Report Series No.94-1-Con-

                     trol, Updated 2010, Department of Electrical Engineering and Automation, University of Vaasa P.O. Box

                     700, FIN-65101 Vaasa, ftp://ftp.uwasa.fi/cs/report94-1/gaControlbib.pdf, Finland, 2010. MTMT

          c9       Jarmo T. Alander, Indexed Bibliography of Genetic Algorithms with Fuzzy Systems, Department of Electri-

                     cal and Energy Engineering: Automation University of Vaasa, Finland. Report Series No. 94-1-Fuzzy,

                     (Updated 2012/09/21 13:56), 2012. MTMT

          c10     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015. MTMT

          c11     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis –Bulletin

                     of Engineering, Tome VIII, Fascicule 3 (July–September), pp. 121-125, ISSN 2067–3809, 2015. MTMT

          c12     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c13     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.345

                     1.9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c14     Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                     Skup Trendovi Razvoja “Položaj visokog Obrazovanja i Nauke u Srbiji”, Zbornik radova, Ed. Vladimir

                     Katic, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22. - 24. 02. 2017.

                     MTMT

          c15     Janos Simon, Zlatko Covic, Imre Petkovics, Industrie 4.0 Based Customized Mass Production Overview,

                     Proceedings of the IV^rnd IEEE International Conference and Workshop Mechatronics in Practice and

                     Education, MechEdu 2017, pp. 72-76, Subotica, Serbia, May 4-5, 2017. MTMT

       „For the task at hand, specific services will be retrieved from the cloud or individual robots networked on

       an ad hoc basis to form temporary production teams [13][12].”

          c16     Márta Takács, Imre J. Rudas, M Kovács, Possibility Approach to Verifying the Rule-Base of a Linguistic

                     FLC model, Proceedings of the 5^th IEEE International Conference on Emerging Technologies and Factory

                     Automation, 1996, EFTA '96, Vol. 2, pp. 507-512, DOI: 10.1109/ETFA.1996.573902, ISBN:0-7803-

                     3685-2, 18-21 Nov. 1996, Kauai, Hawaii, USA.

       Web of Science, MTMT

          c17     Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

                     Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, DOI:10.

                     7906 /indecs.16.3.1, pp. 302-312, 2018.

                     Web of Science, MTMT

                     “For more accurate results in modelling real nonlinear systems it is advised to use nonlinear models [11-

                     13].”

          c18     Simon János, A testre-szabott tömeggyártás informatikai háttere, Magyar Tudomány Napja a Délvidéken,

                     p.477, Vajdasági Magyar Tudományos társaság, pp. 418-428, ISBN 978-86-88077-09-5, Újvidék,

                     Szerbia, 2017.11.11. MTMT

          c19     Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM

                     Robotics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997.

                     MTMT

          c20     Attila Albini, Gyula Mester and László B. Iantovics, Unified Aspect Search Algorithm, Interdisciplinary

                     Description of Complex Systems, DOI: 10.7906/indecs.17.1.4, ISSN: 1334-4676 Vol. 17, Issue 1-A, pp.

                     20-25, 2019.

                     „The control and change poles are represented only by scale values which are added to the function dimen-

       sion [3-4]. In order to determine the aspects measurement, validation and control topics should be studied

       [3-6].”

          c21     Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „Autonóm önvezető autók kutatása és fejlesztése, a robotkutatási és fejlesztési eredmények felhasználásá-

                     val és alkalmazásával a 90-es években Japánban kezdődött [1-3].”

          c22     Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

                     2810, 2018. MTMT

       „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015 decemberé-

       ben jelent meg.”

          c23     Jelena Ćosić Lesičar, Tomislav Radišić, Tino Bucak, Josip Stepanić, Static Sensitivity of the Aerial Load

                     Transport by Two Rotocopter Unmanned Aerial Vehicles, Technical Gazette 25, Suppl. 2(2018), pp. 396-

                     403, ISSN 13303651, DOI: 10.17559/TV-20170921102227, 2018.

                     Web of Science, MTMT

                     „On the other hand in [5] similar division is conducted on the software level.”

          c24     Zoltán Nyikes, Dániel Tokody, Tünde Kovács, In situ testing of rail damages in accordance with Industry

                     4.0, Journal of Physics: Conference Series 1045, pp. 1-6, DOI: 10.1088/1742-6596/1045/1/012032, 2018.

       Web of Science, Scopus, MTMT

       „It accumulates stores and transfers them in an adequate way for analysis [13]. To store temporary

       numerous data, we use a high-speed reader-writer puffer [14].”

          c25     Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys- 

                     tems, Indecs, Vol. 15 Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion in an

                     unstructured environment with obstacles [4-9].”      

          c26     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, disszertáció, Doctoral School on Safety and Security Sciences, Budapest, 2018.

                     MTMT

          c27     Dániel Tokody, Imre János Mezei, Creating Smart, Sustainable and Safe Cities, 2017 IEEE 15^th Internatio-

                     nal Symposium on Intelligent Systems and Informatics (SISY), pp. 000141-000146, DOI: 10.1109/SISY.

                     2017. 8080541, 2017.

                     Scopus, MTMT

                     „All of them receive a more and more prominent role in the operation of smart cities. [27] [28] [29] [30]

                     [31] [32]”.

          c28     Tokody Dániel. Mezei János Imre, Okos, fenntartható és biztonságos városok, Köztes Európa: Társada-

                     lomtudományi Folyóirat: a Vikek Közleményei, Vol. 9, Issue 1-2, pp. 73-81, 2017. MTMT

          c29     Nyikes Zoltán, Tokody Dániel, Kovács Tünde, A vasúti sín felületi repedésterjedésének felügyelete,

                     Műszaki Tudományos Közlemények, Vol. 8, pp. 85-88, DOI: 10.33895/mtk-2018.08.10, 2018. MTMT

                     „Ezeket a továbbiakban nevezzük primer adatoknak.[4]”

          c30     Zoltán, Nyikes, Compensation of Digital Competence Deficiency with Software Ergonomic Tools, Interdis-

                     ciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 1, pp. 132-138, DOI: 10.7906/indecs.16.

                     1.10, 2018.

                     Web of Science, MTMT

                     „The principles of computer, historically put down by John von Neumann along with the creation of

                     electronic computers (EDVAC, 1949), greatly contributed to modern spread of the informatics.”

          c31     Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex Sys-

                     tems, INDECS, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

       Web of Science, MTMT

       „The previously mentioned emergence of the World Wide Web helped the spread of the Internet [7].”

          c32     Dániel Tokody, Digitising the European Industry - Holonic Systems Approach, Procedia Manufacturing,

                    Vol. 22, pp. 1015-1022, DOI: 10.1016/j.promfg.2018.03.144, 2018.

      Web of Science, Scopus, MTMT

      „They can also be used in a Smart Factory. [19] [20] [21] [22]”.

          c33     Zoltán Nyikes, Dániel Tokody, Tünde Kovács, Monitoring System of Rail Surface Crack Propagation,

                     Műszaki Tudományos Közlemények, Vol. 8, pp. 85-88, DOI: 10.33894/mtk-2018.08.10, 2018. MTMT

       “These are referred to as primary data. [4]”

          c34     Dániel Tokody, Mária Tor, Endre Szűcs, Flammini Francesco, Laszlo Barna Iantovics, On the Develop-

                     ment of Intelligent Railway Information and Safety Systems: an Overview of Current Research, Interdis-

                     ciplinary Description Complex Systems, Indecs, Vol. 16, Issue 1, pp. 176-185, DOI: 10.7906/indecs.16.

                     1.14, 2018.

                     Web of Science, MTMT

                     „Global technological concepts of 177 D. Tokody, M. Tor, E. Szűcs, F. Flammini and L.B. Iantovics

                     digitalisation, such as Internet of things (IoT), Big Data, Machine-to-Machine (M2M) communication,

                     autonomous vehicles, robots and other emerging technologies are also gaining importance in the field of

                     transportation (Fig. 1) [7-12].”

          c35     Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi Razvoja: “On-line

                     nastava na univerzitetima”, pp. 451-454, Novi Sad, Serbia, University of Novi Sad, 2021. MTMT

          c36     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

                     disciplinary Description of Complex Systems, Zagreb, Croatian Interdisciplinary Society, Vol. 16, No. 1,

                     pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c37     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023.

                     MTMT

          c38     Zoltán Nyikes, Az információbiztonság növelése a felhasználó támogatásának lehetőségeivel, pp. 637-

                     806, DOI: 10.23715/SDA.2021.2, 2021. MTMT

          c39     Cveticanin Livija, Cveticanin Dragan, Application of the Acoustic Metamaterial in Engineering: An

                     Overview, Romanian Journal of Mechanics, Vol. 2, Issue 1/2017, pp. 29-36, ISSN 2537-5229, July 2017.

                     rjm.journals.srmta.ro, MTMT

                     „The noise is produced during the operation of machines and mechanisms in factories [1-5], but also is

                     evident in transportation devices and vehicles [6,7].”

          c40     Nyikes Zoltán, Az információbiztonság növelése a felhasználó támogatásának lehetőségeivel, pp. 637-

                     806, ISSN 2630-8401, DOI: 10.23715/SDA.2021.2.3, Studia Doctorandorum Alumnae, Doktoranduszok

                     Országos Szövetsége, Budapest, 2021. MTMT

          c41     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 811- 963, ISSN

                     2630-8401, DOI: 10.23715/SDA.2021.2.4, Studia Doctorandorum Alumnae, Doktoranduszok Országos

                     Szövetsége, Budapest, 2021.

                     MTMT             

          c42     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, Doktori értekezés té-

                     zisfüzete, Óbuda Egyetem, Biztonságtudományi Doktori Iskola, Budapest, p. 30, 2020. MTMT

          c43     Somoskői Balázs, Norbert Geier, Machinability Analysis of Carbon Fibre-Reinforced Plastics (CFRP)

                     using Compression Tools, Bánki Közlemények, Vol 1, Issue 3, pp. 5-10, ISSN 2560-2810, 2018.

          c44     Marta Takacs, Performance Evaluation of Fuzzy Logic Controllers Using Generalized Operations, Proce-

                     edings of IEEE International Conference on Intelligent Engineering Systems, Budapest, Hungary, pp.

                     319-324, DOI: 10.1109/INES.1997.632438, ISBN: 0-7803-3627-5, 1997.

          c45     Nyikes Zoltán, Information Security Development with the User Support Opportunities, doktori értekezés,          

                     pp. 1-180, Biztonságtudományi Doktori Iskola Budapest, 2019.

          c46     Dénes Simonyi, Tibor Kovács, BCI-Based Feasibility of Entering Customer Code on Ticket Vending Mac-

                     hines, p. 18, ISBN 978-615-5586-27-9, Smart, Sustainable and Safe Cities Conference, Budapest, 2018.

          c47     Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 813-963, DOI: 10.

                     23715/SDA.2021.2.4, Óbudai Egyetem, Biztonságtudományi Doktori Iskola, 2020.

          c48     Sergyán Szabolcs, Tartalom alapú keresési algoritmusok képi adatbázisokban, doktori értekezés, p. 112,

                     Óbudai Egyetem, Alkalmazott Informatikai Doktori Iskola Budapest, 2011.

          c49     Nemes Attila, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Óbuda University, Doctoral School on Safety and Securty Sciences, Budapest, 2017.

          c50     Csaba Szabó, Molnár Dániel, Studia Doctorandorum Alumnae, Doktoranduszok Országos Szövetsége,

                      Budapest, p. 429, ISSN 2630-8401, DOI: 10.23715/SDA.2021.2, 2022.

 

D155. Imre Rudas, Ágnes Szeghegyi, Ferenc N-Nagy, Gyula Mester, A Theoretical Approach to

Performance Improvement of Fuzzy Logic Controllers, Intelligent Manufacturing Systems, Proce-

edings of the 3^nd IFAC/IFIP/IFORS Workshop, Vol. 2, pp. 410-414, ISBN: 008042595X, Pergamon Press, Bucharest, Romania, 24-26 October, 1995.

Research Gate, MTMT

 

D156. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Optimizacija Fuzzy pravila primenom Genetickog algoritma kod uravljanja manipulacionog robota sa reduktorom, Zbornik radova V Simpozikum o elektromehanickim prenosnicima, pp. 231-236, Subotica, Jugoslavija, 12-13. 10.1995. god. MTMT

 

D157. Gyula Mester, Pletl Szilveszter, Gizella Pajor, Djuro Basic, Adaptive Control of Rigid-Link

Flexible-Joint Robots, Proceedings of 3^rd International Workshop of Advanced Motion Control, pp. 593-

602, Berkeley, USA, March 20-23, 1994.  MTMT 34/54 GS 63

Research Gate, Google Scholar: 11420709399438770583, MTMT: 1670472.

          c1       Imre J. Rudas, Okyay Kaynak, Janos F. Bito, Agnes Szeghegyi, New Possibilities in Fuzzy Controllers De-

                     sign Using Generalized Operators, 5^th International Conference on Emerging Technologies and Factory

                     Automation, ETFA'96, Kauai, Hawaii, USA, pp. 513-517, DOI: 10.1109/ETFA.1996.573903, 1996.  

       Web of Science, Scopus, MTMT

          c2       Agnes Szeghegyi, Andrea Rudas, Jozsef K. Tar, On Construction of Generalized Non Monotone Fuzzy

                     Operators. Proceedings of the IEEE International Conference on Intelligent Engineering Systems (INES

                     1997), Budapest, Hungary, September 15-17, 1997, DOI: 10.1109/INES.1997.632433, ISBN 0-7803-

                     3627-5, pp. 295-299.

       Web of Science, Scopus, MTMT

          c3       M. Beky, P. Hausel, Simulation Tool for Designing Simple Fuzzy Logic Controllers. Proceedings of the 5^th

                     International Workshop on Robotics in Alpe-Adria-Danube Region RAAD’96, pp. 257-262, Budapest,

                     Hungary, June 10-13, 1996. MTMT

          c4       Imre J. Rudas, Agnes Szeghegyi, Janos F. Bito, G. Geary, Non Monotone Generalized Fuzzy Operations  

                     for Fuzzy Logic Controllers. Proceedings of the 5^TH International Workshop on Robotics in Alpe-Adria-

                     Danube Region RAAD’96, Budapest, Hungary, June 10-13, 1996, pp. 529-533. MTMT

          c5       Imre J. Rudas, Janos F. Bito, Jozsef K. Tar, Okyay Kaynak, A Multiple-Purpose Uniform Structure for Use

                     in Dynamic Control of Mechanical Devices. Proceedings of the ASME Engineering Systems Design and

                     Analysis Conference ESDA’96, Vol. 2., pp. 215-220, Montpellier, France, July 1-4, 1996.

       Scopus, MTMT

          c6       Imre J. Rudas, M. Dinev, New Types Of Generalized Operations. Teaching Fuzzy Systems Joint TEMPUS

                     Workshop. Budapest, Hungary 1997. MTMT

          c7       Imre J. Rudas, Agnes Szeghegyi, Janos F. Bito, Okyay Kaynak, Improvement of Fuzzy Logic Robot Contr-

                     ollers Using Inverse Entropy Based T-Operations, Proceedings of the International Conference on Robo-

                     tics and Automation, pp. 2598-2604, DOI: 10.1109/ROBOT.1996.506554, Minneapolis, USA. April 22-

                     29, 1996.

       Web of Science, Scopus, MTMT

       „The simulation package was developed by Mester, et al., []”

          c8       Imre J. Rudas, Janos F. Bito, Agnes Szeghegyi, A. Asboth, On Design of Fuzzy Robot Controllers, Proce-

                     edingds of the International Conference on Power Electronics (ICPE'95), pp. 38-44. October, 1995, Seoul,

                     Korea. MTMT

       „The simulation package was developed by Mester et al. []”.

          c9       Istvan Matijevics, Mikrovezérlőt tartalmazó elektronikai berendezések megbízhatóságvizsgálata Markov

                     módszerrel, Markov Models In Reliability Analysis Of Electronic Systems With Microcontrollers,

                     Informatika a felsőoktatásban, augusztus 24-26, 2005, pp. 137-138, Debrecen, 2005. MTMT

          c10     Marta Takacs, Zsolt Baky, Parametrized Program-interface for Simulation-based Operator Evaluation,

                     Proceedings of the 2^nd Romanian-Hungarian Joint Symposium on Applied Computational Intelligence, pp.

                     307-318, Saci, Timisoara, Romania, May 12-14, 2005.

       Google Scholar: 10643294220679189223, MTMT

          c11     Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, p. 102, Budapest, Hungary, 2001. MTMT

          c12     Marta Takacs, System Behavior Change in FLC by Parameter Sliding Using Distance Based Operators,

                     Proceedings of the ICCC 2005. IEEE 3^rd International Conference on Computational Cybernetics, Edit.

                     Rudas I., pp. 99-103, DOI: 10.1109/ICCCYB.2005.1511556, Victoria, Mauritania, Mauritius, 13-16 April,

                     2005.

       Web of Science: 000233976900017, Scopus, Google Scholar: 12413167780565474821, MTMT

          c13     Utku Senol, Design by Incorporating Intelligence: Adaptive Structures, Proceedings of the 1996 3^rd Bien-

                     nial Joint Conference on Engineering Systems Design and Analysis, ESDA. Part 2 (of 9), pp. 195-213,

                     Montpellier, France, 01-04 July 1996. MTMT

          c14     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Vol.13, Issue 1, pp. 41-47, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, 2015.

       Google Scholar: 12544637349042197106, MTMT

       “Fuzzy control is advantageous in terms of avoiding obstacles and response times [21-25].”

          c15     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol.13, Issue

                     1, pp. 26-33, DOI: 10.7906/indecs.13.1.4, ISSN 1334-4684, 2015.

       Google Scholar: 10153990503926814707, MTMT

       “Connecting the robots to semantic knowledge databases hosted in the cloud will allow a large number of

       heterogeneous robots to share common sense knowledge [10-12].”

          c16     Gyula Mester, Cloud Robotics Model, Interdisciplinary Description of Complex Systems, Vol. 13, Issue 1,

                     ISSN 1334-4684, DOI: 10.7906/indecs.13.1.1, pp. 1-8, 2015.

       “Gostai can host the services on the GostaiNet robotics cloud [21-23].”

       Web of Science, Google Scholar:  6455251329837657771, MTMT

          c17     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja:“Univerzitet

                     u Promenama...”, pp. 23-30, paper No. UP 1-3, ISBN 978-86-7892-680-8, Zlatibor, 23-26.02.2015.

                     MTMT

          c18     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                     Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

       Google Scholar: 4267919485114118926, MTMT

  c19     Gyula Mester, Modeling of Autonomous Hexa-Rotor Microcopter, Proceedings of the 3^rd International

             Conference MechEdu, pp. 88-91, ISBN 978-86-918815-0-4, 14-15 May, 2015, Subotica, Serbia. MTMT

          c20     Gyula Mester, Szilveszter Pletl, Gizella Pajor, Neuro-Fuzzy Control of Robot Manipulator with Joint Flex-

                     ibility, Proceedings of the International Conference Automation '95, pp. 423-432, ISBN 963-420-464-3,

                     Budapest, Hungary, 1995. MTMT

             c21     Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik radova "Sim-

                     pozijum iz opste mehanike", pp. 83-90, Novi Sad, Jugoslovensko Drustvo za Mehaniku, Yugoslavia, 29-

                     30.09.1994. MTMT

          c22     Gyula Mester, Design of a Neuro-Fuzzy-Genetic Control Algorithm of Intelligent Robots, pp. 755-760,

                     Proceedings of the World Automation Congress WAC ’96, May 28-30, 1996, Montpellier, France, Soft

                     Computing with Industrial Applications, Recent Trends and Development, Editors: Mohammad Jamshidi,

                     Madjid Fathi, Francois Pierrot, Vol. 5, ISBN 1-889335-02-9, TSI Press Series, TSI Press, Albuquerque,

                     NM, USA, 1996. MTMT

             c23     Gyula Mester, Szilveszter Pletl, Fuzzy Control of Robot Manipulators with Joint Flexibility. Zbornik rado-

                     va XXI Jugoslovenskog kongresa teorijske i primenjene mehanike, pp. 127-132, Niš, Jugoslovensko

                     Drustvo za Mehaniku, Yugoslavia, 29 May – 03 June 1995. MTMT

          c24    Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings of the IEEE

                     IECON'95, International Conference on Industrial Electronics, Control and Instrumentation, Orlando, Vol.

                     1, pp. 87-92, DOI 10.1109/IECON.1995.483338, ISBN 0-7803-3026-9, Florida, USA, November 6-10,

                     1995, IEEE, New York, NY. †CCA28816/95 ga95bMester.

       Web of Science: A1995BE71Z00020, Scopus, Google Scholar:  5994130560969779228, MTMT

          c25     Gyula Mester, Szilveszter Pletl, Gizella Pajor, Imre Rudas, Adaptive Control of Robot Manipulators with

                      Fuzzy Supervisor Using Genetic Algorithms, Proceedings of International Conference on Recent

                      Advances in Mechatronics, ICRAM’95, O. Kaynak (ed.), Vol. 2, pages 661–666, ISBN 975-518-063-X,

                      August 14-16, 1995. Bogazici University Bebek, Istanbul, Turkey, †CCA72953/97 ga95aGMester. Hibás

                   MTMT

          c26     Gyula Mester, Adaptive Force and Position Control of Rigid Link Flexible- Joint Scara Robots, Proceed-

                      dings of the International Conference on Industrial Electronics, Control and Instrumentation, 20^th Annual

                      Conference of the IEEE Industrial Electronics Society IECON'94, Vol. 3, pp. 1639-1644, DOI:10.1109/

                      IECON.1994.398059, Bologna, University of Bologna, Italy, September 5-9, 1994.

                      Web of Science, MTMT

          c27     Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Adaptive Control of Robot Manipulators, Proceed-

                      ings of the International Conference ETRAN, pp. 252-255, ISBN 86-80509-16-7, Zlatibor, Yugoslavia,

                      June 6-9,1995. MTMT

          c28     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                      Montenegro, 2002. MTMT

          c29     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c30     Dimosthenis Georgiadis, Christophoros Christophorou, Styliani Kleanthous, Panayiotis Andreou, Luis

                      Santos, Eleni Christodoulou, George Samaras, A Robotic Cloud Ecosystem for Elderly Care and Ageing

                      Well: The GrowMeUp Approach, XIV Mediterranean Conference on Medical and Biological Engineering

                      and Computing 2016, Vol. 57 of the series IFMBE Proceedings, pp 913-918, DOI: 10.1007/978-3-319-

                      32703-7_178, Springer International Publishing, Paphos, Cyprus, March 31 – April 2, 2016. MTMT

          c31     János Simon, Industrial Data Acquisition Applications Using Relational Databases, IIoT Environment

                     and Multi Criteria Decision Making Systems, International Journal of Current Research in Engineering,

                     Science and Technology, Vol 1, Issue 1, pp. 34-41,

                     http://www.newcrestpublications.com/Journals/volume1/, 2016. MTMT 

          c32     Attila Albini, Dániel Tokody and Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication

                     System of Autonomous Vehicles, Interdisciplinary Description of Complex Systems, Vol. 18, Issue 3, pp.

                     369-374, DOI: 10.7906/indecs.18.3.6, 2020.

                     Web of Science, MTMT

                     „In this model IT problems are augmented by the system of control [10-13], which is usually implemented

                     by IoT devices.”

          c33     Gyula Mester, Rangiranje svetskih univerziteta na bazi citata iz Google Scholara, TREND 2017, XXIII

                     Skup Trendovi Razvoja “Položaj visokog Obrazovanja i Nauke u Srbiji”, Zbornik radova, Ed. Vladimir

                     Katic, paper No. T2.2-2, pp. 265-268, ISBN 978-86-7892-904-5, Zlatibor, Serbia, 22-24.02.2017. MTMT

          c34     Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.3451.    

                     9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c35     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food

                     Science, Szeged, pp. 1-5, Hungary, 2006. MTMT

          c36     Vytautas Turla, Artūras Kilikevicius, Mindaugas Jurevicius, Antanas Fursenko, Kristina Kilikeviciene,

                     Gulnara Zhetessova, Olga Zharkevich, Analysis of Dynamic Parameters of a Linear Positioning Table

                     System, Mechanika, ISSN 1392-1207, Vol. 26, No. 5, pp. 426-434, 2020. MTMT

                     “The same problem is important in investigation of movement trajectories of robot manipulators [11–18].”

          c37     Janos Simon, Imre Petkovics, Zlatko Covic, Industrie 4.0 Based Customized Mass Production Overview,   

                     Proceedings of the IV^rnd IEEE International Conference and Workshop Mechatronics in Practice and

                     Education, MechEdu 2017, pp. 72-76, Subotica, Serbia, May 4-5, 2017. MTMT

       „Play Store, connectivity and monitoring tools are networked to form a highly efficient production

       environment in which analog and digital devices can easily communicate with one another [33][34].”

          c38     Dimosthenis Georgiadis, Christophoros Christophorou, Styliani Kleanthous, Panayiotis Andreou, Luis

                     Santos, Eleni Christodoulou, George Samaras,  A Robotic Cloud Ecosystem for Elderly Care and Ageing

                     Well: The GrowMeUp Approach, XIV Mediterranean Conference on Medical and Biological Engineering

                     and Computing 2016, pp 919-924, DOI is 10.1007/978-3-319-32703-7_179, 2016. MTMT

          c39     Janos Simon, Autonomous wheeled mobile robot control, Interdisciplinary Description of Complex Syst-

                     ems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion in an

                     unstructured environment with obstacles [4-9].”  

          c40     Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november        

                     17. MTMT

          c41     Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

          c42     Edina Albininé Budavári, Zoltán Rajnai, Social Engineering-The Hidden Control, 14^th International Con-

                     ference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020, Vol.

                     63, Issue 60, pp. 1-6, DOI: 10.3390/proceedings2020063060, in Proceedings published 31 December

                     2020. MTMT

       „The implementation of the system control includes the monitoring and event management of the system

       [19–23].”

          c43     Attila Albini, Edina Albininé Budavári, Zoltán Rajnai, Energetic Sustainability of Systems, 4^th Internatio-

                     nal Conference INTER-ENG 2020 Interdisciplinarity in Engineering, Mureș, Romania, 8–9 October 2020.

                     Proceedings 2020, Vol. 63, Issue 1, pp. 1-7, DOI 10.3390/proceedings2020063050, Published: 25.12.2020.                  

                     MTMT

       „Structurally static motion can be modeled with the loops of cybernetics. This modeling leads to a system

       of differential equations with a static structure [15,16,17,18,19,20,21]. Finally, to model the interaction of

       systems, it is worth borrowing the mechanism of action of the cybernetic loops used in control theory

        [15,16,17,18,19].”

          c44     Dániel Tokody, Imre János Mezei, Creating Smart, Sustainable and Safe Cities, in: IEEE, Szakál Anikó

                     (edit.) 2017 IEEE 15^th International Symposium on Intelligent Systems and Informatics (SISY), New

                     York, USA IEEE, pp. 141-145, DOI: 10.1109/SISY.2017.8080541, 2017.

       „All of them receive a more and more prominent role in the operation of smart cities. [27] [28] [29] [30]

       [31] [32]”.

                     Scopus, MTMT

          c45     Tokody Dániel, Mezei János Imre, Okos, fenntartható és biztonságos városok, Köztes Európa: Társada-

                     lom-tudományi Folyóirat: a Vikek Közleményei, Vol.9, Issue 1-2, pp. 73-81, 2017. MTMT

          c46     Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

       Web of Science, MTMT

       „All efforts of the Government are in vain, if the individuals fail to do anything to achieve these goals, and          

       to meet the aspirations of both the individual and the Government [3].”

          c47     Dániel Tokody, Digitising the European Industry-Holonic Systems Approach, Procedia Manufacturing,

                     Vol. 22, pp. 1015-1022, DOI: 10.1016/j.promfg.2018.03.144, 2018.

       Web of Science, Scopus, MTMT

       „They can also be used in a Smart Factory. [19] [20] [21] [22]”

          c48     Jelena Pisarov, 5G i Samovozeći Automobili, in: Vladimir, Katic (edit.) Inovacije u modernom obrazova-

                     nju: Innovation in modern education XXVI skup Trendovi razvoja XXVI conference Development Trend

                     University of Novi Sad, Faculty of Technical Sciences, Novi Sad, Serbia, pp. 391-394, 2020. MTMT

          c49     Marko Mišić, Adam Krcunović, Jelica Protić, Gyula Mester, Preliminarna analiza naučne produkcije iz

                     oblasti robotike u Mađarskoj i Srbiji, in: Vladimir, Katić (edit.) XXVII Skup Trendovi razvoja: “On-line

                     nastava na univerzitetima”, Novi Sad, Serbia, University of Novi Sad, pp. 451-454, 2021. MTMT

          c50     Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Inter-

                     disciplinary Description of Complex Systems, Indecs, Zagreb, Croatian Interdisciplinary Society, Vol. 16,

                     No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c51     Albininé Budavári Edina, Zoltán Rajnai, The Energy Importance of Additional Information, Indecs, Inter-

                     disciplinary Description of Complex Systems, Croatien Interdisciplinary Society, Vol. 20, No. 1, pp. 44-

                     49, ISSN 1334-4684, DOI: 10.7906/indecs.20.1.6, 2022. MTMT

          c52     Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                     izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                     Serbia, 8 - 11. 02. 2023. MTMT

          c53     Pisarov Jelena, Szerbiai fizikusok 2020-as ranglistája, Magyar Tudomány Napja a Délvidéken - 2020, Vaj-  

                     dasági Magyar Tudományos Társaság, pp. 332-340, ISBN 978-86-88077-12-5, Újvidék, Szerbia, 2020.11.

                    14. MTMT

          c54     Jelena Plisarov, Experience with mBot - Wheeled Mobile Robot, XXXV. Jubileumi Kandó Konferencia

                     2019, pp. 47-51, ISBN:9789634491637, Budapest, 2019. MTMT

          c55     Cveticanin Livija, Cveticanin Dragan, Application of the Acoustic Metamaterial in Engineering: an Over-

                     view, Romanian Journal of Mechanics, Vol. 2, Issue 1/2017, pp. 29-36, ISSN 2537-5229, July 2017.

                     rjm.journals.srmta.ro MTMT

                     „The noise is produced during the operation of machines and mechanisms in factories [1-5], but also is

                     evident in transportation devices and vehicles [6,7].”

          c56     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c57     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

D158. Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neural Network Applications for Rigid-Link

Flexible Joints SCARA Robot Motion Control, Proceedings of the International Conference ETRAN,

edit. Milic Stojic, pp. 93-94, ISBN 86-80509-10-8, Society for Electronics, Telecommunications,

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          c1       Szilveszter Pletl, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Neuro-Fuzzy Control of Robot Manipulator with Joint Flex-  

                     ibility, Proceedings of the International Conference Automation'95, pp.423-432, ISBN 963-420-464-3,

                     Budapest, Hungary, September 5-7, 1995. MTMT

             c3       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota. Zbornik radova Simpo-

                     zijum iz opste mehanike, pp. 83-90, Jugoslovensko Drustvo za Mehaniku, Novi Sad, Jugoslavija, 29-30.

                     09.1994. MTMT

          c4       Gyula Mester, Design of a Neuro-Fuzzy-Genetic Control Algorithm of Intelligent Robots, Proceedings of

                     the World Automation Congress WAC ’96, May 28-30, 1996, Montpellier, France, Soft Computing with

                     Industrial Applications, Recent Trends and Development, Vol. 5, pp. 755-760, ISBN 1-889335-02-9, TSI

                     Press Series, Albuquerque, NM, USA, 1996. MTMT

          c5       Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings of the IEEE

                     IECON'95, International Conference on Industrial Electronics, Control and Instrumentation, Orlando, Vol.

                     1, pp. 87-92, DOI 10.1109/IECON.1995.483338, ISBN 0-7803-3026-9, Florida, USA, November 6-10,

                     1995, IEEE, New York, NY. †CCA28816/95 ga95bMester.

       Web of Science, Scopus, MTMT

          c6       Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola,

                     Szabadka, Szerbia és Montenegro, 2001. MTMT

          c7       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c8       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D159. Gyula Mester, Adaptive Force and Position Control of Rigid Link Flexible-Joint Scara

Robots, Proceedings of the International Conference on Industrial Electronics, Control and Instru-

mentation, 20^th Annual Conference of the IEEE Industrial Electronics Society IECON'94, Vol. 3,

pp. 1639-1644, ISBN:0-7803-1328-3, DOI:10.1109/IECON.1994.398059, University of Bologna,

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          c1       Imre J. Rudas, Janos F. Bito, Jozsef K. Tar, Okyay Kaynak, A Multiple-Purpose Uniform Structure for use

                     in Dynamic Control of Mechanical Devices. Proceedings of the ASME Engineering Systems Design and

                     Analysis Conference, ESDA’96, Vol. 2., pp. 215-220, Montpellier, France, July 1-4, 1996.

       Scopus, MTMT

          c2       Imre J. Rudas, Janos F. Bito, Agnes Szeghegyi, A. Asboth, On Design of Fuzzy Robot Controllers. Proce-

                     edings of the International Conference on Power Electronics (ICPE'95), pp. 38-44, Seoul, Korea, October

                     1995.

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       „The simulation package was developed by Mester et al. []”

          c3       Istvan Matijevics, Mikrovezérlőt tartalmazó elektronikai berendezések megbízhatóságvizsgálata Markov

                     módszerrel, Markov Models In Reliability Analysis Of Electronic Systems With Microcontrollers,

                     Informatika a felsőoktatásban 2005, Debrecen, 2005. augusztus 24-26, pp. 137-138. MTMT

          c4       Sean G. McSweeney, William M. D. Wright, Software Interface and Vision System for a SCARA Robot,

                     IEEE Transactions on Robotics and Automation, Vol. 20, No. 3, June 2004.

       Web of Science, MTMT hibás

       „Significant advances have been made in recent years in the area of understanding the kinematics [3-5]

       and jacobians [6-8] of complex and simple linked structures and this work makes use of many of these

       advances.”

          c5       Federico Morabito, Andrew R. Teel, Fellow, IEEE, and Luca Zaccarian, Nonlinear Antiwindup Applied to

                     Euler-Lagrange Systems, IEEE Transactions on Robotics and Automation, Vol. 20, Issue. 3, pp. 526-537,

                     DOI: 10.1109/TRA.2004.824933, June 2004.

       Web of Science: 000221858000015, Google Scholar: 10367531416105076385, MTMT

          c6       Federico Morabito, Andrew R. Teel and Luca Zaccarian, High Performance Anti-Windup for Robot Mani-

                     pulators, Proceedings of the European Control Conference, ECC’ 2003, IEEE, pp. 489-494, ISBN: 978-3-

                     9524173-7-9, Cambridge, United Kingdom, 1-4 September 2003.

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          c7       Federico Morabito, Salvatore Nicosia, Andrew R. Teel and Luca Zaccarian, Measuring and Improving

                     Performance in Anti-Windup Laws for Robot Manipulators, pp 61-85, Advances in Control of Articulated

                     and Mobile RobotsSpringer Tracts in Advanced Robotics, Eds. B. Siciliano et al., Volume 10, ISBN 978-     

                     3-540-20783-2, ISSN 1610-7438, DOI: 10.1007/978-3-540-44410-7_3, 2004. Springer Berlin Heidelberg.

       GS: 12741601865464417299, MTMT

          c8       Sean G. McSweeney, William M. D. Wright, Software Interface and Vision System for a SCARA Robot,

                     Proceedings of the 24^th International Manufacturing Conference, IMC 24, pp. 1-8, Waterford, Ireland,

                     2007. MTMT

       „Significant advances have been made in recent years in the area of understanding the kinematics [3-5]

       and jacobians [6-8] of complex and simple linked structures and this work makes use of many of these

       advances.”

       Web of Science, Google Scholar: 9660956700870349059.

          c9       Leung RWK, Lau HCW, Kwong CK, An Expert System to Support the Optimization of ION Plating Proc-

                     ess: an OLAP-Based FUZZY-CUM-GA Approach, Expert Systems with Applications, Vol. 25, Issue 3, pp.

                     313-330, DOI: 10.1016/S0957-4174 (03) 00071-X, 2003.

                     Web of Science: 000184668200004, MTMT

          c10     Topalov AV, Kim JH, Proychev TP, Fuzzy-Net Control of Non - Holonomic Mobile Robot Using Evoluti-

                     onary Feedback-Error-Learning, Robotics and Autonomous Sistems, Vol. 23, Isssue 3, pp. 187-200, 1998.

       Web of Science: 000073892800004, MTMT

          c11     Utku Senol, Design by Incorporating Intelligence: Adaptive Structures, The 1996 3^rd Biennial Joint Confe-

                     rence on Engineering Systems Design and Analysis, ESDA. Part 2 (of 9); pp. 195-213, Montpellier;

                     France, 01-04 July 1996. MTMT

          c12     Morabito, F; Teel, AR; Zaccarian, L, Results on Anti-Windup Design for Euler-Lagrange Systems, Proce- 

                     edings of the 19^th IEEE International Conference on Robotics and Automation (ICRA), pp. 3442-3447,

                     Washington DC, Vol. 4, ISBN 0-7803-7272-7, DOI: 10.1109/ROBOT.2002.1014243, May 11-15, 2002.

       Web of Science: 000178573200544, MTMT

       „Based on the physical parameters of the robot, which have been selected as shown in Table 1 on the basis

       of [15], we can write a quantitative Euler-Lagrange model of the form (1) for the SCARA robot.”

          c13     Rossi Roberto, Bascetta Luca, Rocco Paolo, Implicit Force Control for an Industrial Robot with Flexible  

                     Joints and Flexible Links, Proceedings of the International Conference on Intelligent Robots and Systems

                     (IROS 2014), 2014 IEEE/RSJ, pp. 4742 – 4749, ISSN: 2153-0858, DOI: 10.1109/IROS.2014.6943237,

                     INSPEC Accession Number: 14718313, Chicago, IL, USA, 14-18 Sept. 2014.

                     Web of Science: 000349834604128, Google Scholar: 16548006663633765840, MTMT   

                     „A number of flexible joint rigid link robot models have been then proposed, aiming at parameter identifi- 

                     cation and force control [6], [7], [8], especially on the basis of the conservative congruence transformation

                     [9].”

          c14     Birol Kocaturk, Motion Control of Wheeled Mobile Robots, Interdisciplinary Description of Complex

                     Systems, Vol.13, No. 1, DOI: 10.7906/indecs.13.1.6, ISSN 1334-4684, pp. 41-47. 2015.

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       “Fuzzy control is advantageous in terms of avoiding obstacles and response times [21-25].”               

          c15     Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol.13, No. 1,

                     DOI: 10.79 06/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015. MTMT

       “Kamei et al, proposed prototype infrastructure of cloud networked robotics enables multi-location robotic

       services for life support [31-34].”

       Google Scholar: 10153990503926814707.

          c16     Gyula Mester, Novi trendovi naučne metrike, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzi-

                     tet u Promenama...”, pp. 23-30, paper No. UP 1-3, Zlatibor, 23. - 26. 02. 2015. MTMT

          c17     Busra Koken, Gyula Mester, The Evolution of Cloud Robotics: A Survey, Acta Technica Corviniensis –

                     Buletin of Engineering, Tome VIII, Fascicule 2 (April – June), pp. 23-26, ISSN 2067 – 3809, University

                     Politehnica Timisoara, Faculty of Engineering Hunedoara, 2015.

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          c18     Rudas I., Kaynak O., Bitó J., Szeghegyi Á., New Possibilities in Fuzzy Controllers Design Using Generali-

                     zed Operators, Proceedings of the 5^th International IEEE Conference on Emerging Technologies and Fac-

                     tory Automation, EFTA ’96, Vol. 2, pp. 513-517, DOI: 10.1109/ETFA.1996.573903, ISBN: 0-7803-3685-

                     2, Hawaii, Kauai, USA, 18-21 November 1996.

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          c19     Szeghegyi Á, Rudas I, J. K. Tar, On Construction of Generalized Non Monotone Fuzzy Operators, Procee-

                     dings of the IEEE International Conference on Intelligent Engineering Systems INES '97, pp. 295-299,

                  ISBN: 0-7803-3627-5, DOI: 10.1109/INES.1997.632433, Budapest, 15-17 September, 1997.

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          c20     Gyula Mester, Naučnometrijski indeksi - primena u robotici, Proceedings of the ETRAN 2015, pp. 1-5,

                       Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

       Google Scholar: 4267919485114118926, MTMT

          c21     Mester Gyula, Robotika a felhőkben, Magyar Tudomány Napja a Délvidéken - 2014, VMTT Konferencia,

                     könyvfejezet, pp. 524-533, ISBN: 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

          c22     L. Zaccarian, AR. Teel, Modern Anti-Windup Synthesis: Control Augmentation for Actuator Saturation,

                     pp. 1-107, ISBN 978-0-691-14732-1, Princeton Series in Applied Mathematics, Princeton University

                     Press, New Yersey, USA, 2011.

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          c23     Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola, Szabad-         

                     ka, Szerbia és Montenegro, 2001. MTMT

          c24     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c25     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis - Buletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

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          c26     Gyula Mester, Szilveszter Pletl, Rugalmas robotok hibrid irányítása, Gép, LV. évf., pp. 37-38, ISSN 0016-

                     8572, Budapest, Hungary, 2004. MTMT

          c27     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c28     Simon János, A tárgyak internete – Internet of Things (IoT), A Magyar Tudomány Napja a Délvidéken

                     2014, pp. 558-566, ISBN 978-86-88077-07-1, Vajdasági Magyar Tudományos Társaság, Újvidék, Szerbia,

                     (november 15, 2014). MTMT

                     „Szorosan ide tartozik a Bring your own Device (BYOD) új informatikai megközelítés is [13], [17].”

          c29     Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.   

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c30     Simon János, Az IoT szerepe és jelentősége az oktatásban, VMTT Konferencia, Konferencia kiadvány, pp.

                     1-11, ISBN…, Újvidék, Szerbia, december 5, 2015. MTMT

                     „Ez leginkább városban vagy nagyobb rendezvényeken fordulhat elő [30],[9].”

          c31     Gyula Mester, New Trends in Scientometrics, Proceedings of the SIP 2015, 33^nd International Conference

                     Science in Practice, pp. 22-27, University of Applied Sciences Würzburg-Schweinfurt, Schweinfurt,

                     Germany, 07-08.05.2015. MTMT

          c32     Attila Nemes, Fuzzy-Genetic Control of Quadrotors Unmanned Aerial Vehicles, Interdisciplinary Descrip-

                     tion of Complex Systems, Vol. 14, No. 2, pp. 223-235, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.

                     7906/indecs.14.2.11, 2016.

       Web of Science, MTMT

       „Fuzzy modelling [7-12] can be conducted as black-box modelling where all the system knowledge is

       mere input-output data, however when expert knowledge is readily available, we should take advantage of

       it – fuzzy grey-box modelling is a rational choice.”

          c33     Gyula Mester, Massive Open Online Courses in Education of Robotics, Interdisciplinary Description of

                     Complex Systems, Vol. 14, Issue 2, pp. 182-187, ISSN 1334-4684, e-ISSN 1334-4676, DOI: 10.7906/

                     indecs.14.2.7, 2016.

                     WoS, MTMT

          c34     Gyula Mester, Rankings Scientists, Journals and Countries Using h-index, Interdisciplinary Description of

                     Complex Systems, Croatien Interdisciplinary Society, Vol. 14, Issue 1, ISSN 1334-4684, DOI: 10.7906/

                     indecs.14.1.1, pp. 1-9, 2016.

                     Web of Science, MTMT

          c35      Gyula Mester, New Trends in Education of Robotics, TREND 2016, XXII Skup Trendovi Razvoja “Nove

                      tehnologije u nastavi”, Zbornik radova, paper No. T1.3-1, pp. 111-114, ISBN 978-86-7892-805-5,

                      Zlatibor, Serbia, 16-19.02.2016. MTMT

          c36     Roberto Rossi, Luca Fossali, Alberto Novazzi, Luca Bascetta, Implicit Force Control for an Industrial

                      Robot based on Stiffness Estimation and Compensation during Motion. IEEE International Conference on

                      Robotics and Automation ICRA 2016, pp. 1138 – 1145, DOI: 10.1109/ICRA.2016.7487243, Stockholm,

                      Sweden, 16-21 May, 2016. MTMT

            c37      Damir Sostaric, Modeling, Control and Navigation of an Autonomous Quad-Rotor Helicopter, Interdiscip-

                      linary Description of Complex Systems, Vol. 14, Issue 3, pp. 324-332, ISSN 1334-4684, DOI: 10.7906/

                      indecs.14.3.5, 2016.

                      Web of Science, MTMT

                       „The study of kinematics and dynamics helps to understand the physics of the quadrotor and its behaviour

                       [5-10].”

          c38      Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.34

                      51. 9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c39      Áron Papp, László Szilassy, József Sárosi, Navigation of Differential Drive Mobile Robot on Predefined,

                      Software Designed Path, Recent Innovation in Mechatronics, International Journal of Mechatronics Scien-

                      ces, Vol. 3, Issssue 1-2, pp. 1-5, DOI: 10.17667/riim.2016.1-2/3, ISSN 2064-9622, Debrecen, Hungary,

                      2016. http://riim.lib.unideb.hu. MTMT

                      “References [5], [6] and [7] have been used during the design of the above detailed control circle.”

          c40      Simon János, A tárgyak internete - Internet of Things (IoT), Magyar Tudomány Napja a Délvidéken 2014,

                      könyvfejezet, pp. 558-566, ISBN 978-86-88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

                      „Szorosan ide tartozik a Bring your own Device (BYOD) új informatikai megközelítés is [13], [17].”

          c41     Simon János, A negyedik ipari forradalom ­ Industry 4.0, pp., A Magyar Tudomány Napja a Délvidéken

                     2016, Vajdasági Magyar Tudományos Társaság, szerkesztő: Szalma József, pp. 493-501, Újvidék, Szerbia,   

                     2016.11.19. MTMT

          c42     Attila Nemes, Continuous Periodic Fuzzy-Logic Systems and Smooth Trajectory Planning for Multi-Rotor,

                     Dynamic Modeling, Acta Polytechnica Hungarica, Vol. 13, No. 6, pp. 215-234, ISSN 1785-8860, 2016.

                     Web of Science, Scopus, MTMT

          c43     Gyula Mester, Applications of Mobile Robots, Proceedings of the 7^th International Conference of Food

                     Science, Szeged, pp. 1-5, Hungary, 2006. MTMT

          c44     János Simon, Imre Petkovic, Djerdji Petkovic, Ármin Petkovic, Navigation and Applicability of Hexa Ro-

                     tor Drones in Greenhouse Environment, Tehnički vjesnik, University Josip Juraj Strossmayer, Osijek,

                     Croatia, Vol. 25, Suppl. 2, pp. 249-255, ISSN: 1330-3651, DOI: 10.17559/TV-20161109211133, 2018.

                     Web of Science, Scopus, MTMT

          c45     M. Parigi Polverini, S. Formentin, L. Merzagora and P. Rocco, Mixed Data-Driven and Model-Based Rob-

                     ot Implicit Force Control: A Hierarchical Approach, in IEEE Transactions on Control Systems Technolo-

                     gy, Vol. 28, Issue 4, pp. 1258-1271, DOI: 10.1109/TCST.2019.2908899, July 2020.

                     Web of Science, Scopus, MTMT

          c46     Claudio Urrea, José Pascal, Design, Simulation, Comparison and Evaluation of Parameter Identification

                     Methods for an Industrial Robot, Computers & Electrical Engineering, Vol. 67, pp. 791-806, ISSN 0045-

                     7906, DOI: 10.1016/j.compeleceng.2016.09.004, 2018.

                     Web of Science, Scopus, MTMT

          c47     Claudio Urrea and Rayko Agramonte, Evaluation of Parameter Identification of a Real Manipulator Rob-

                     bot, Symmetry, MDPI, Vol. 14, Issue 7, 1446; DOI: 10.3390/sym14071446, 2022. MTMT

                     „Below, the parameters of each robot link, specified in Table 1 [34] (mass, length, mass center, and

                     inertia) are used to then simulate their dynamic behavior and obtain their position, velocity, acceleration,

                     and torques, which will be employed in the parameter identification of the real robot.“

          c48     César Bautista, Self-Driving Cars with Markovian Model-Based Safety Analysis, Proceedings of the Confe-

                     rence Trend 2022, XXVIII Skup Trendovi Razvoja: Univerzitetsko obrazovanje za privredu, pp. 394-397,

                     paper No. T4.1-6, ISBN 978-86-6022-401-1, Kopaonik, Serbia, 14 - 17. 02. 2022. MTMT

          c49     LasithaWijayarathne, Frank L. Hammond, Identification of Compliant Contact Parameters and Admittan-

                     ce Force Modulation on a Non-stationary Compliant Surface, arXiv:2004.09729v1[cs.RO], 21 Apr. 2020.

                     MTMT

                     „Robust control could be applied, a sin[13], or compliance parameters can be estimated and compensated

                     with an adaptive approach, as shown in [14], [15].”

          c50     Simon János, IoT rendszerek a hétköznapokban, A Magyar Tudomány Napja a Délvidéken, Vajdasági

                     Magyar Tudományos Társaság, pp. 448-459, ISBN 978-86-88077-10-1, Újvidék, Szerbia, 2018. MTMT

          c51     César Bautista, Importance of Virtualization Inside Self-Driving Cars, Proceedings of the Conference

                     XXIX Skup Trendovi Razvoja: Univerzitet pred novim izazovima, pp. 85-88, ISBN 978-86-6022-554-4,

                     Vrnjačka Banja, Serbia, 8-11.02.2023. MTMT

          c52     László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

          c53     Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025.

D160. Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik

radova Simpozijum iz opste mehanike, pp. 83-90, Novi Sad, Jugoslovensko Drustvo za Mehaniku,

Yugoslavia, 29-30.09.1994.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

 

D161. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Adaptivno dinamicko hibridno upravljanje

industrijskih robota sa elasticnim zglobovima, Proceedings of the XX^th Yugoslavien Congress in

Theoretical and Applied Mechanics, Vol. 1, pp. 94-97, Kragujevac, Yugoslavia, 1993.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-  

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

            c2       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota. Zbornik radova Simpo-

                     zijum iz opste mehanike, pp. 83-90, Jugoslovensko Drustvo za Mehaniku, Novi Sad, Szerbia és Monteneg-

                     ro, 29-30.09.1994. MTMT

   c3       Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola, Szabad-

              ka, Szerbia és Montenegro, 2001. MTMT

          c4       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c5       Gyula Mester, Szilveszter Pletl, Rugalmas robotok hibrid irányítása. Gép, LV. évf., pp. 37-38, ISSN 0016-

                     8572, Budapest, Hungary, 2004. MTMT

          c6       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c7       János Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Vol. 15, Issue 3. pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target”.                               

 

D162. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Sinteza adaptivnog upravljanja robota sa ela-

stičnim zglobovima, Proceedings of the XXXVII^th Conference of Electronics, Telekommunications,

Automation and Nuklear Engineering, ETAN, Part XII, pp. 87-92, ISBN 86-80509-06-X, edit. Srd-

jan Stankovic, Society for Electronics, Telecommunications, Computers, Automatic Control and

Nuclear Engineering, Beograd, Jugoslavija, 20-23 September, 1993.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

             c2       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota. Zbornik radova "Sim-

                     pozijum iz opste mehanike", pp. 83-90, Novi Sad, Jugoslovensko Drustvo za Mehaniku, Yugoslavia, 29-

                     30.09.1994. MTMT

          c3       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT    

 

D163. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Prikaz softverskog paketa ADAPTSIM za sim-

ulaciju adaptivnog upravljanja robota sa elastičnim zglobovima, Zbornik radova IV Simpozijuma o

mehaničkim prenosnicima, 8.1, pp. 1-6, Subotica, Jugoslavija, 1993.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universí-

                     ty of Technology and Economics, Ph. D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2        Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D164. Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Gizella Pajor, Dinamika i upravljanje osnovne

konfiguracije industrijskog robota sa elastičnim zglobovima, Proceedings of the 37^th International

Conference Annual Gathering KoREMA, Part 1, pp. 644-648, ISBN 86-81571-11-7, edit. Kecman Vo-

jislav, Croatian Society for Communications, Computing, Electronics, Measurement and Control

Zagreb, Hrvatska, 26-29.04.1992.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, Ph. D. Thesis, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Szerbia

                     és Montenegro, 2001. MTMT

          c3       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c5       Simon János, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Indecs, Vol. 15, No. 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                              „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform reacts

                       based on both the sensed information of the obstacles and the relative position of the target.”

D165. Gyula Mester, Szilveszter Pletl, Imre J. Rudas, Dynamic Modeling of Robot Joints, Proceed-

ings of the IEEE International Workshop on Emerging Technologies and Factory Automation,

ETFA’92, pp. 561-565, ISBN 0-646-10323-7, Melbourne, Australia, 08/1992.

Research Gate, Google Scholar, MTMT

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer- 

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Iden-

                     tification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the

                     IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), DOI: 10.110

                     9/RIISS.2014.7009170, pp. 55-61, ISBN: 9781479944637, 9-12 December 2014, Orlando, Florida, USA.

       Scopus, MTMT

          c3       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Neuro-Fuzzy Control of Robot Manipulator with Joint Fle-

                     xibility, Proceedings of the International Conference Automation'95, pp. 423-432, ISBN 963-420-464-3,

                     Budapest, Hungary, September 5-7, 1995. MTMT

             c4       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik radova „Sim-

                     pozijum iz opste mehanike", pp. 83-90, Jugoslovensko Drustvo za Mehaniku, Novi Sad, Yugoslavia, 29-

                     30.09.1994. MTMT

             c5       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Sinteza adaptivnog upravljanja robota sa elastičnim zglobo-

                     vima. Proceedings of the XXXVII^th Conference of Electronics, Telekommunications, Automation and

                     Nuklear Engineering, ETAN, Part XII, pp. 87-92, ISBN 86-80509-06-X, Beograd, Serbia, 20-23

                     September,1993. MTMT

          c6       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Djuro Basic, Adaptive Control of Rigid-Link Flexible-Joint

                     Robots. Proceedings of 3^rd International Workshop of Advanced Motion Control, pp. 593-602, Berkeley,

                     USA, March 20-23, 1994. MTMT

             c7       Gyula Mester, Szilveszter Pletl, Fuzzy Control of Robot Manipulators with joint Flexibility. Zbornik rado-

                     va XXI Jugoslovenskog kongresa teorijske i primenjene mehanike, JUMEH, pp. 127-132, Niš, Yugoslavia,

                     29 May – 30 June 1995. MTMT

          c8       Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings of the IEEE

                     IECON'95, International Conference on Industrial Electronics, Control and Instrumentation, Orlando, Vol.

                     1, pp. 87-92, DOI 10.1109/IECON.1995.483338, ISBN 0-7803-3026-9, Florida, USA, November 6-10,

                     1995, IEEE, New York, NY. †CCA28816/95 ga95bMester.

       Web of Science, Scopus, MTMT

          c9       Gyula Mester, Szilveszter Pletl, Gizella Pajor and Imre Rudas. Adaptive Control of Robot Manipulators

                     with Fuzzy Supervisor Using Genetic Algorithms. Proceedings of International Conference on Recent Adv-

                     ances in Mechatronics, ICRAM’95, O. Kaynak (ed.), Volume 2, pages 661–666, ISBN 975-518-063-X,

                     August 14-16, 1995. Bogazici University Bebek, Istanbul, Turkey, †CCA72953/97 ga95aGMester.

                     MTMT HIBÁS

          c10     Gyula Mester, Szilveszter Pletl, Application of Optimal Fuzzy-Genetic Control for SCARA Type Robot Ma-

                     nipulators, Proceeding of the 5^th International Workshop on Robotics in Alpe-Adria-Danube Region,

                     RAAD'96, pp. 525-528, ISBN 963-420-482-1, Budapest, Hungary, 10-13 June, 1996. MTMT

          c11     Gyula Mester, Adaptive Force and Position Control of Rigid Link Flexible- Joint Scara Robots. Proceed-

                     ings of the International Conference on Industrial Electronics, Control and Instrumentation, 20^th Annual

                     Conference of the IEEE Industrial Electronics Society IECON'94, Issue 3, pp. 1639-1644, ISBN: 0-7803-

                     1328-3, DOI: 10.1109/IECON.1994.398059, Bologna, Italy, September 5-9, 1994.

                     Scopus, MTMT

          c12     Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Adaptive Control of Robot Manipulators. Proceedings

                     of the International Conference ETRAN, pp. 252-255, ISBN 86-80509-16-7, Zlatibor, Serbia, June 6-9,

                     1995. MTMT

   c13     Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Szerbia

              és Montenegro, 2001. MTMT

          c14     Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c15     Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis-Bulletin of

                     Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015. MTMT

          c16     Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Acta Technica Corviniensis –

                     Bulletin of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 1-8, ISSN 2067 – 3809, 2015.

       Google Scholar: 4166784119968290350, MTMT

       „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x, y, z) and

       ψ defined so that position changes simultaneously along a unit cube main diagonal (0,0,0) − (1,1,1), while

       performing a full circle rotation in jaw motion 0 – 2 π.”

          c17     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

             

D166. Gyula Mester, Szilveszter Pletl, Gizella Pajor, Zoltan Jeges, Flexible Planetary Gear Drives

 in Robotics, Proceedings of the 1992 International Conference on Industrial Electronics, Control,

Instrumentation and Automation - Robotics, CIM and Automation, Emerging Technologies, IEEE

IECON '92, Vol. 2, pp. 646-649, ISBN 0-7803-0582-5, DOI: 10.1109/IECON.1992.254556, San

Diego, California, USA, November 9-13, 1992. MTMT 24/42 GS cit. 76

Web of Science: A1992BY14J00107, Research Gate, Google Scholar: 14770372936579001934,

MTMT: 1670562.

          c1       Imre J. Rudas, O. Kaynak, Janos F. Bito, J.K. Tar, Robustness Analysis of a Paradigm for Non-Linear

                     Robot Controllers Based on Soft Computing Techniques. Proceedings of the IECON’94 20^th International

                     Conference on Industrial Electronics Control and Instrumentation, pp. 1633-1638, ISBN:0-7803-1328-3,

                     Bologna, Italy, September 5-9, 1994.

       Web of Science, Scopus, MTMT

          c2       Attila L. Bencsik, Valeria Garai, A Mechatronic System with Force Feeling to Increase the Activity of  

                     Manipulator Control, Proceedings of the IECON’94 20^th International Conference on Industrial Electonics

                     Control and Instrumentation, Vol. 1-3, pp. 1650-1654, Bologna, Italy, September 5-9, ISBN:0-7803-1328-        

                     3, 1994.

       Scopus, MTMT

          c3       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Univer-

                     sity of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c4       Tianfu Yang, Shaoze Yan, Zengyao Han, Nonlinear Model of Space Manipulator Joint Considering Time-

                     Variant Stiffness and Backlash, Journal of Sound and Vibration, Elsevier, DOI: 10.1016/j.jsv.2014.12.028,

                     ISSN 0022-460X, Vol. 341, pp. 246-259, 14 April 2015.

       Web of Science: 000348451200016, Google Scholar: 3508377100809652592, MTMT

          c5       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Neuro-Fuzzy Control of Robot Manipulator with Joint Fle-

                      xibility, Proceedings of the International Conference Automation'95, pp. 423-432, ISBN 963-420-464-3,

                      Budapest, Hungary, 1995. MTMT

             c6        Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik radova

                      "Simpozijum iz opste mehanike", pp. 83-90, Novi Sad, Yugoslavia, 1994. MTMT

             c7        Gyula Mester, Szilveszter Pletl, Gizella Pajor, Sinteza adaptivnog upravljanja robota sa elastičnim zglo-

                      bovima, Proceedings of the XXXVII^th Conference of Electronics, Telekommunications, Automation and

                      Nuklear Engineering, ETAN, Part XII, pp. 87-92, ISBN 86-80509-06-X, Beograd, Jugoslavija, 1993.

                      MTMT

          c8        Gyula Mester, Pletl Szilveszter, Gizella Pajor, Djuro Basic, Adaptive Control of Rigid-Link Flexible-Joint

                      Robots. Proceedings of 3^rd International Workshop of Advanced Motion Control, pp. 593-602, Berkeley,

                      USA, March 20-23, 1994. MTMT

          c9         Gyula Mester, Neuro-Fuzzy-Genetic Controller Design for Robot Manipulators, Proceedings of the IEEE

                      IECON'95, International Conference on Industrial Electronics, Control and Instrumentation, Orlando, Vol.

                      1, pp. 87-92, DOI 10.1109/IECON.1995.483338, ISBN 0-7803-3026-9, Florida, USA, November 6-10,

                      1995, IEEE, New York, NY. †CCA28816/95 ga95bMester.

        Web of Science, Scopus, Google Scholar: 5994130560969779228, MTMT  

          c10      Gyula Mester, Szilveszter Pletl, Gizella Pajor, and Imre Rudas. Adaptive Control of Robot Manipulators

                      with Fuzzy Supervisor Using Genetic Algorithms, Proceedings of International Conference on Recent

                      Advances in Mechatronics, ICRAM’95, O. Kaynak (ed.), Vol. 2, pp. 661–666, ISBN 975-518-063-X,

                      Bogazici University Bebek, Istanbul, Turkey, August 14-16, 1995. †CCA72953/97 ga95aGMester.

                      MTMT

          c11      Gyula Mester: Adaptive Force and Position Control of Rigid Link Flexible- Joint Scara Robots. Proceed-

                      Proceedings of the International Conference on Industrial Electronics, Control and Instrumentation, 20^th

                      Annual Conference of the IEEE Industrial Electronics Society IECON'94, Vol. 3, pp. 1639-1644, ISBN:

                      0-7803-1328-3, DOI: 10.1109/IECON.1994.398059, Bologna, Italy, September 5-9, 1994.

                      Scopus: 0028745857, MTMT

          c12      Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Adaptive Control of Robot Manipulators. Proceed-

                      Proceedings of the International Conference ETRAN, pp. 252-255, ISBN 86-80509-16-7, Zlatibor,

                      Yugoslavia, June 6-9,1995. MTMT

   c13      Gyula Mester, Intelligens robotok és rendszerek, tanköny, p. 236, Szabadkai Műszaki Főiskola, Szabadka,

               Szerbia és Montenegro, 2001. MTMT

          c14      Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                      Montenegro, 2002. MTMT

          c15      Gyula Mester, Backstepping Control for Hexa-Rotor Microcopter, Acta Technica Corviniensis – Bulletin

                      of Engineering, Tome VIII, Fascicule 3 (July – September), pp. 121-125, ISSN 2067 – 3809, 2015.

        Google Scholar: 11405780311557937599, MTMT

          c16      Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, Annals of Faculty of Hunedoara-

                      International Journal of Engineering, Tome XIII, Fascicule 3, pp. 257-264, ISSN 1584-2665, 2015.

                      Google Scholar: 4166784119968290350, MTMT

                      „The training data set is collected from a simulation along a trajectory [23-30] with jounce for (x,y,z) and

                      ψ defined so that position changes simultaneously along a unit cube main diagonal ) 1,1,1() 0,0,0(-, while

                      performing a full circle rotation in jaw motion 0-2π .”

          c17      Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

      c18      Gyula Mester, Naučnometrijski indeksi - primena u robotici, Zbornik radova ETRAN 2015, 59. konferen-

                      cija za elektroniku, telekomunkacije, računarstvo, automatiku i nuklearnu tehniku, EDU 1.1, pp. 1-6,

                      ISBN: 978-86-80509-71-6, Srebrno Jezero, Serbia, 08 - 11. 06. 2015.  

                      Google Scholar: 4267919485114118926, MTMT

          c19      Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, pp. 1-50, DOI: 10.13140/RG.2.1.3451

                      .9203, Novi Sad, Serbia, 11.06.2015. MTMT

          c20       Attila Albini, Dániel Tokody and Zoltán Rajnai, The Categorization and Information Technology Security

                       of Automated Vehicles, Interdisciplinary Description of Complex Systems, Vol. 16, Issue 3-A, pp. 327-

                       332, DOI: 10.7906/indecs.16.3.4, 2018. MTMT

                       “The level of automation is growing steadily [1-2]. The electronics and ICT (info-communication

                       technology) help the development of sustainable technologies [1, 2].”

          c21       Attila Nemes, Gyula Mester, Tibor Mester, A Soft Computing Method for Efficient Modelling of Smart

                      Cities Noise Pollution, Interdisciplinary Description of Complex Systems, Vol. 16, No. 3-A, DOI:

                      10.7906/indecs.16.3.1, pp. 302-312, 2018.

                      Web of Science, MTMT

                      “For more accurate results in modelling real nonlinear systems it is advised to use nonlinear models [11-

                      13].”

          c22       Tokody Dániel, Okos városok tervezése, Magyar Tudomány Napja a Délvidéken, p.477, 2017 november

                       11, Vajdasági Magyar Tudományos társaság, pp. 437-444, ISBN 978-86-88077-09-5, Újvidék, Szerbia,

                       2018. MTMT

                       A technológiai fejlődés (pl.: autonóm légijárművek fejlesztése [9], robotika [10], IoT, Cloud [11], okos

                       mobilitás [12], okos anyagok [13]), a klimatikai hatások [5], [6], a geopolitikai erők [14] világszintű    

                       változásokat hoznak.

          c23       Simon János, A testre-szabott tömeggyártás informatikai háttere, Magyar Tudomány Napja a Délvidéken,

                       p. 477, 2017, (november 11), Vajdasági Magyar Tudományos társaság, pp. 418-428, ISBN 978-86-

                       88077- 09-5, Újvidék, Szerbia, 2018. MTMT

          c24      Damir Šoštarić, Gyula Mester, Drone Localization using Ultrasonic TDOA and RSS Signal-Integration of

                      the Inverse Method of a Particle Filter, FME Transactions, Vol. 48, Issue 1, pp. 21-30, ISSN 1451-2092,

                      DOI 10.5937/fmet2001021S, UDC: 621, 2020.

        Web of Science, Scopus, MTMT

        “Not to mention another exciting area of automation represented by robots (e.g. UAVs [14] or industrial

        robots [15] or human-like robots, in other words, androids.”

          c25      Dániel Tokody, Jozsef Papp, Laszlo Barna Iantovics, Francesco Flammini, Complex, Resilient and Smart

                      Systems, in book: Flammini F. (eds), Resilience of Cyber-Physical Systems: From Risk Modelling to

                      Threat Counteraction; Advanced Sciences and Technologies for Security Applications, Chapter: 1, pp. 1-

                      20, DOI: 10.1007/978-3-319-95597-1_1, Springer International Publishing, February 2019. MTMT

        „Not to mention another exciting area of automation represented by robots (e.g. UAVs [14] or industrial

        robots [15]) or human-like robots, in other words, androids.”

          c26      Milica D. Đekić, The Internet of Things Cybersecurity Standardization, Tehnika – Kvalitet IMS, Standar-

                      dizacija i Metrologija, Vol. 74, Issue 4, pp. 603-607, DOI: 10.5937tehnika1904603D, Beograd, 2019.

                      MTMT

                      “The fact is every new generation would appear as somehow being more progressive than the previous

                      ones and for such a reason – it’s quite natural to expect that the next generation standards would be more

                      progressive as well. [16, 17]”.

          c27      Jonathan Terfurth, Nejila Parspour, Integrated Planetary Gear Joint Actuator Concept for Wearable and

                      Industrial Robotic Applications, IEEE 2019 Wearable Robotics Association Conference (WearRAcon),  

                      pp. 28-33, DOI: 10.1109/WEARRACON.2019.8719400, Scottsdale, AZ, USA, 25-27 March 2019.

                      Scopus, MTMT

          c28      Dániel Tokody, József Papp, László Barna Iantovics, Francesco Flammini, Complex, Resilient and Smart

                      Systems, Resilience of Cyber-Physical Systems, pp 3-24, in: Flammini F. (eds) Resilience of Cyber-Physi-

                      cal Systems. Advanced Sciences and Technologies for Security Applications, Springer, Cham, ISBN:

                      978-3-319-95596-4, DOI: 10.1007/978-3-319-95597-1_1, 26 January 2019.

                      Scopus, MTMT

          c29      Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                      Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                      MTMT

                      „Autonóm önvezető autók kutatása és fejlesztése, a robotkutatási és fejlesztési eredmények felhasználásá-

                      val és alkalmazásával a 90-es években Japánban kezdődött [1-3].”

          c30      Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, Issue 1, pp. 89-92, ISSN 2560-

                      2810, 2018. MTMT

        „Webometrics [12] Google Scholar [13-20] idézettségi alapú, egyetemi világranglistája 2015 decemberé-

        ben jelent meg.”

          c31      János Simon, Igor Fürstner, Zlatko Čović, László Gogolák, Application of IoT Based Intelligent Automa-

                      ted Technologies in Smart Homes, Proceedings of the XXXIV. Kandó Conference Science in Practice

                      2018, SÍP 2018, pp. 49-56, ISBN: 978-963-449-096-8, Óbuda University, Budapest, 22-23 November

                      2018. MTMT

        http://kvk.uni-obuda.hu/konf2018/sites/default/files/file/sip2018-papers-en.pdf

          c32      Zoltán Nyikes, Dániel Tokody, Tünde Kovács, In Situ Testing of Rail Damages in Accordance with Indus-

                      try 4.0, Journal of Physics: Conference Series 1045, pp. 1-6, DOI: 10.1088/1742-6596/1045/1/012032,

                      ISSN: 1742-6588, 2018.

        WoS, Scopus, MTMT

        „It accumulates stores and transfers them in an adequate way for analysis [13]. To store temporary

        numerous data, we use a high-speed reader-writer puffer [14].”

          c33      Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                      Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                      „The article deals with the fuzzy velocity control of an autonomous wheeled mobile robots motion in an

                      unstructured environment with obstacles [4-9].”                   

          c34       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                      Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                      University, p. 175, Doctoral School on Safety and Security Sciences, Doctoral Dissertation, Budapest,

                      2018.  MTMT

          c35      Dániel Tokody, János Imre Mezei, Creating Smart, Sustainable and Safe Cities, in: IEEE; Szakál, Anikó

                      (edit.), IEEE 15^th International Symposium on Intelligent Systems and Informatics (SISY), pp. 141-145,

                      DOI: 10.1109/SISY. 2017.8080541, New York, USA, 2017.

                      Scopus, MTMT

                      „All of them receive a more and more prominent role in the operation of smart cities. [27] [28] [29] [30]

                      [31] [32]”.

          c36      Dániel Tokody János Imre Mezei, Okos, fenntartható és biztonságos városok, Köztes Európa: Társada-

                      lomtudományi Folyóirat: a Vikek Közleményei, Vol. 9, Issue 1-2, pp. 73-81, 2017. MTMT   

          c37      Nyikes Zoltán, Tokody Dániel, Kovács, Tünde, A vasúti sín felületi repedésterjedésének felügyelete,

                      Műszaki Tudományos Közlemények (HU), Vol. 8, pp. 85-88, DOI: 10.33895/mtk-2018.08.10, 2018.

                      MTMT

                      „Ezeket az adatokat gyűjteni, tárolni és megfelelő csatornán továbbítani kell a további kiértékelés

                      céljából. [5]”

          c38      Zoltán Nyikes, Contemporary Digital Competency Review, Interdisciplinary Description of Complex

                      Systems, Indecs, Vol. 16, Issue 1, pp. 124-131, DOI: 10.7906/indecs.16.1.9, 2018.

        Web of Science, MTMT     

        „And then, in the 1990’s, computers appeared in more and more workplaces, which meant that an

        increased number of people had direct contact with computer systems [6].”

          c39      Dániel Tokody, Digitising the European Industry - Holonic Systems Approach, Procedia Manufacturing,

                     Vol. 22, pp. 1015-1022, DOI: 10.1016/j.promfg.2018.03.144, 2018.

       Web of Science, Scopus, MTMT

       „They can also be used in a Smart Factory. [19] [20] [21] [22].”

          c40      Zoltán Nyikes, Dániel Tokody, Tünde Kovács, Monitoring System of Rail Surface Crack Propagation,

                      Műszaki Tudományos Közlemények, (EN), Vol. 8, pp. 85-88, DOI: 10.33894/mtk-2018.08.10, 2018.

                      MTMT

        “These data must be collected, stored and transmitted on the appropriate channel for further evaluation

        [5].”

          c41      Dániel Tokody, Mária Tor, Endre Szűcs, Francesco Flammini, László Barna Iantovics, On the Develop-

                      ment of Intelligent Railway Information and Safety Systems: an Overview of Current Research, Interdis-

                      ciplinary Description of Complex Systems, Indecs, Vol. 16, Issue 1, pp. 176-185, DOI: 10.7906/indecs.

                      16.1.14, 2018.

        Web of Science, MTMT

        „Global technological concepts of digitalisation, such as Internet of things (IoT), Big Data, Machine-to-

        Machine (M2M) communication, autonomous vehicles, robots and other emerging technologies are al.”

          c42      Attila Albini, Dániel Tokody, Zoltán Rajnai, The Categorization and IT Security of Automated Vehicles,

                      in: Rajnai Zoltán (edit.), Kiberbiztonság - Cyber Security, Tanulmánykötet a Biztonságtudományi Doktori

                      Iskola kutatásaiból Budapest, Magyarország, Óbudai Egyetem, Bánki Donát Gépész és Biztonság-

                      technikai Mérnöki Kar, pp. 229-235, 2018. MTMT

          c43      Gyula Mester, Development of Autonomous Anthropomorphic Wheeled Mobile Robotic Platform, Interdis-

                      ciplinary Description of Complex Systems, Indecs, Zagreb, Croatian Interdisciplinary Society, Vol. 16,

                      No. 1, pp. 139-148, ISSN 1334-4684, DOI: 10.7906/indecs.16.1.11, 2018. MTMT

          c44      Jelena Pisarov, Rang lista fizičara Srbije 2023, XXIX Skup Trendovi Razvoja: “Univerzitet pred novim

                      izazovima”, Zbornik radova, pp. 391-394, Paper No. T5.1-5, ISBN 978-86-6022-554-4, Vrnjačka Banja,

                      Serbia, 8 - 11. 02. 2023.

                      MTMT

          c45      Cveticanin Livija, Cveticanin Dragan, Application of the Acoustic Metamaterial in Engineering: an Over-

                      view, Romanian Journal of Mechanics, Vol. 2, Issue 1/2017, pp. 29-36, ISSN 2537-5229, July 2017.

                      rjm.journals.srmta.ro MTMT

                      „The noise is produced during the operation of machines and mechanisms in factories [1-5], but also is

                      evident in transportation devices and vehicles [6,7].”

          c46      Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, pp. 811- 963, ISSN

                      2630-8401, DOI:10.23715/SDA.2021.2.4, Studia Doctorandorum Alumnae, Doktoranduszok Országos

                      Szövetsége, Budapest, 2021. MTMT

          c47      Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, Doktori értekezés té-

                       zisfüzete, ÓbudaiEgyetem, Biztonságtudományi Doktori Iskola, Budapest, p. 30, 2020. MTMT

          c48      Attila Nemes, Genetic Fuzzy Identification Method for Quadrotor UAVs, ANNALS of Faculty Engine-

                      ering Hunedoara-International Journal of Engineering, Tome XIII, Fascicule 3, ISSN: 1584-2673 pp. 257-

                      264, 2015. MTMT

          c49      Somoskői Balázs, Norbert Geier, Machinability Analysis of Carbon Fibre-Reinforced Plastics (CFRP)

                      Using Compression Tools, Bánki Közlemények, 1. évfolyam, 2. szám, ISSN 2560-2810, 2018. MTMT

          c50      Attila Albini, Dániel Tokody, Zoltán Rajnai, The Categorization and IT Security of Automated Vehicles,

                      Interdisciplinary Description of Complex Systems, Indecs, Vol. 16 No. 3-A, pp. 327-332, ISSN 1334-

                      4684, DOI: 10.7906/indecs.16.3.4, 2018. MTMT

          c51      Tokody Dániel, Intelligens vasúti informatikai és biztonsági rendszerek fejlesztése, Doktori értekezés,

                      ÓbudaiEgyetem, Biztonságtudományi Doktori Iskola, Budapest, p. 175, 2019. MTMT

          c52      Simonyi Dénes, Tibor Kovács, BCI-Based Feasibility of Entering Customer Code on Ticket Vending

                      Machines, In Smart, Sustainable and Safe Cities 2018 Conference, p. 18, ISBN 978-615-5586-27-9,

                      Budapest, 2018. MTMT

          c53      Csaba Szabó, Molnár Dániel, Studia Doctorandorum Alumnae, Doktoranduszok Országos Szövetsége,

                      Budapest, p. 429, ISSN 2630-8401, DOI: 10.23715/SDA.2021.2, 2022. MTMT

D167. Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Gizella Pajor, Dinamicko modeliranje osnovne

konfiguracije SCARA robota sa elasticnim zglobovima, Zbornik radova VII simpozija o sistemima

automatskog upravljanja, JUREMA, edit. Vojislav Kecman, pp. 25-28, ISBN 86-81571-09-5,

Zagreb-Tuheljske Toplice, Jugoslavija, 18-20.04.1991.

Research Gate, Google Scholar, MTMT.

          c1       Pletl Szilveszter, Korszerű adaptiv, fuzzy és neurális elvű robotirányítási algoritmusok, Budapest Universi-

                     ty of Technology and Economics, disszertáció, pages 102, Budapest, Hungary, 2001. MTMT

          c2       Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Gizella Pajor, Dinamika i upravljanje osnovne konfiguracije

                     industrijskog robota sa elastičnim zglobovima, Proceedings of the 37^th International Conference Annual

                     Gathering KoREMA, Part 1, pp. 644-647, ISBN 86-81571-11-7, Zagreb, Hrvatska, 26-29.04.1992.MTMT

          c3       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D168. Zoltan Jeges, Djula Mester, Branko Zuzic, Analiza robustnosti algoritma adaptivnog upravl-

janja sa referentnim modelom, Zbornik radova VII Simpozija o sistemima automatskog upravljanja,

JUREMA, edit. Vojislav Kecman, pp. 20-24, ISBN 86-81571-09-5, Zagreb-Tuheljske Toplice,

Jugoslavija, 18-20.04.1991.

Research Gate, Google Scholar, MTMT.

             c1       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik radova "Sim-

                     pozijum iz opste mehanike", pp. 83-90, Jugoslovensko Drustvo za Mehaniku, Novi Sad, Yugoslavia, 29-

                     30.09.1994. MTMT

             c2       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Sinteza adaptivnog upravljanja robota sa elastičnim zglo

                     bovima. Proceedings of the XXXVII^th Conference of Electronics, Telekommunications, Automation and

                     Nuklear Engineering, ETAN, Part XII, pp. 87-92, ISBN 86-80509-06-X, Beograd, Jugoslavija, 1993.

                     MTMT

             c3       Gyula Mester, SIMROB, p. 50, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és Montenegro, 1991.

                     MTMT

         c4       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c5       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D169. J. Imre Rudas, Gyula Mester, Industrial Robot Control in Case of Uncertain Dynamical Par-

ameter, Proceedings of the 1991 IEEE/RSJ International Workshop on Intelligent Robots and Syst-

ems '91, IROS'91, Vol. 2, pp. 937-944, DOI: 10.1109/IROS.1991.174607, Osaka, Japan, 03-05.11.

1991.

Research Gate, Google Scholar, MTMT.

             c1       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Neuronski kontroler SCARA robota, Zbornik radova Simpo-

                     zijum iz opste mehanike, pp. 83-90, Jugoslovensko Drustvo za Mehaniku, Novi Sad, Yugoslavia, 29-

                     30.09.1994. MTMT

             c2       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Sinteza adaptivnog upravljanja robota sa elastičnim zglob-

                     ovima. Proceedings of the XXXVIIth Conference of Electronics, Telekommunications, Automation and

                     Nuklear Engineering, ETAN, Part XII, pp. 87-92, ISBN 86-80509-06-X, Beograd, Jugoslavija, 20-23 Sep-

                     tember, 1993. MTMT

          c3       Gyula Mester, Pletl Szilveszter, Gizella Pajor, Djuro Basic, Adaptive Control of Rigid-Link Flexible-Joint

                     Robots. Proceedings of 3^rd International Workshop of Advanced Motion Control, pp. 593-602, Berkeley,

                     USA, March 20-23, 1994. MTMT

          c4       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Imre Rudas, Adaptive Control of Robot Manipulators with

                     Fuzzy Supervisor Using Genetic Algorithms. Proceedings of International Conference on Recent Advances

                     in Mechatronics, ICRAM’95, O. Kaynak (ed.), Vol. 2, pages 661–666, ISBN 975-518-063-X, August 14-

                     16, 1995. Bogazici University Bebek, Istanbul, Turkey, †CCA72953/97 ga95aGMester. MTMT

          c5       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Fuzzy Adaptive Control of Robot Manipulators. Proceed-

                     ings of the International Conference ETRAN, pp. 252-255, ISBN 86-80509-16-7, Zlatibor, Yugoslavia,

                     June 6-9, 1995. MTMT

          c6       Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Gizella Pajor, Dinamika i upravljanje osnovne konfiguracije

                     industrijskog robota sa elastičnim zglobovima. Proceedings of the 37^th International Conference Annual

                     Gathering KoREMA, Part 1, pp. 644-647, ISBN 86-81571-11-7, Zagreb, Hrvatska, 26-29.04.1992.

                     MTMT

          c7       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Szerbia

                     és Montenegro, 2001. MTMT

   c8       Gyula Mester, SIMROB, p. 50, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és Montenegro, 1991.

                     MTMT

          c9       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

        c10     Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

                       

D170.  Zoltan Jeges, Gyula Mester, Kontralabilnost elasticnog mehanickog reduktora robota u

prisustvu ekscentricnosti, Jugoslovensko Savetovanje o robotizaciji, JUROB '89, Zbornik radova, 4, pp.

195-201, Opatija, Jugoslavija, 1989. Research Gate, MTMT.

          c1       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Szerbia

                     és Montenegro, 2001. MTMT

   c2       Gyula Mester, Mehanika Industrijskih Robota – I deo Kinematika Robota, p. 74, Szabadkai Műszaki Főis-

              kola, Szabadka, Szerbia és Montenegro, 1990. MTMT

   c3       Gyula Mester, Mehanika Industrijskih Robota – II deo Dinamika Robota, p. 66, Szabadkai Műszaki Főis-

              kola, Szabadka, Szerbia és Montenegro, 1990. MTMT

          c4       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c5       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

D171. Gyula Mester, Lajos Kutri, Zoltán Jeges, Prilog dinamickom modeliranju elektromehanickih

prenosnika u robotici, Jugoslovenski kongres teorijske i primenjene mehanike - Zbornik radova, Ju-

goslovensko Drustvo za Mehaniku, edit. Bozidar Vujanovic, pp.1-5, Skopje, Jugoslavija, 2-3.juni,

1989. MTMT

          c1       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka, Jugoszlá-

                     via, 2001. MTMT

          c2       Gyula Mester, Mehanika Industrijskih Robota - I deo Kinematika Robota, p. 74, Szabadkai Műszaki

                     Főiskola Szabadka, Szerbia és Montenegro, 1990. MTMT

   c3       Gyula Mester, Mehanika Industrijskih Robota - II deo Dinamika Robota, p. 66, Szabadkai Műszaki Főis-

              kola, Szabadka, Jugoszlávia, 1990. MTMT

          c4       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

 

D172. Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Modeliranje elektromehanickih prenosnika u

robotici, IV. Jugoslovensko Savetovanje o Robotizaciji, Zbornik radova, pp. 80-85, JUROB '88,

Opatija, Jugoslavija, 13-15.04.1988. Research Gate, MTMT.

          c1       Gyula Mester, Szilveszter Pletl, Gizella Pajor, Zoltan Jeges, Flexible Planetary Gear Drives in Robotics.

                     Proceedings of the 1992 International Conference on Industrial Electronics, Control, Instrumentation and

                     Automation - Robotics, CIM and Automation, Emerging Technologies, IEEE IECON '92, Vol. 2, p.p 646-

                     649, ISBN: 0-7803-0582-5, DOI: 10.1109/IECON.1992.254556, San Diego, California, USA, 9-13.11.

                     1992.

                     Web of Science, MTMT

          c2       Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Gizella Pajor, Dinamika i upravljanje osnovne konfiguracije

                     industrijskog robota sa elastičnim zglobovima. Proceedings of the 37^th International Conference Annual

                     Gathering KoREMA, Part 1, pp. 644-647, ISBN 86-81571-11-7, Zagreb, Hrvatska, 26-29.04.1992.

                     MTMT

          c3       Gyula Mester, Zoltan Jeges, Szilveszter Pletl, Pajor Gizella, Dinamicko modeliranje osnovne konfiguracije

                     SCARA robota sa elasticnim zglobovima. Zbornik radova VII simpozija o sistemima automatskog uprav-

                     vljanja, JUREMA, pp. 25-28, ISBN 86-81571-09-5, Zagreb-Tuheljske Toplice, Jugoslavija, 18-20.04.

                     1991. MTMT

   c4       Gyula Mester, Intelligens robotok és rendszerek, p. 236, Szabadkai Műszaki Főiskola, Szabadka,

              Szerbia és Montenegro, 2001. MTMT

   c5       Gyula Mester, Mehanika Industrijskih Robota - I deo Kinematika Robota, p. 74, Szabadkai Műszaki Főis-

              kola, Szabadka, Szerbia és Montenegro, 1990. MTMT

   c6       Gyula Mester, Mehanika Industrijskih Robota - II deo Dinamika Robota, p. 66, Szabadkai Műszaki Főis-

              kola, Szabadka, Szerbia és Montenegro, 1990. MTMT

          c7       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

          c8       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

D173. Gyula Mester, Zoltán Jeges, Szilveszter Pletl, Adaptivna metodologija u robotici, IV. Jugo-

slovensko Savetovanje o Robotizaciji, Zbornik radova, pp. 71-79, JUROB '88, Opatija, Jugoslavija,

13-15.04.1988.

 

D174. Gyula Mester, Vytautas Turla, Automatsko sastavljenja dinamickih modela elektromehanic-

kih prenosnika, Zbornik radova, XVIII Jugoslovenski kongres teorijske i primenjene mehanike, pp.

145-148, Vrnjacka Banja, Jugoslavija, 30.05-03.06.1988. Research Gate, MTMT.

 

D175. Zoltan Jeges, Gyula Mester, Szilveszter Pletl, Analiza uticaja torzionih vibracija na elektro-

motorni pogon, Zbornik radova, XVIII Jugoslovenski kongres teorijske i primenjene mehanike, pp.

93-96, Vrnjacka Banja, Jugoslavija, 30.05-03.06.1988. Research Gate, MTMT.

 

D176. Gyula Mester, Prikaz softverskog paketa DINPOS, Zbornik radova II Simpozijuma o elektro-

mehanickim prenosnicima, pp. 1-5, Subotica, Jugoslavija, 1988. MTMT.

 

D177. Zoltan Jeges, Gyula Mester, Problémy diskrétneho adaptívneho riedenia s referencnym

modelom, Proceedings of the Konferencia Pocitačove riadnenie dirkrétnich procesov, 186/87, pp.

148-153, Bratislava, CSSR, 1987.

Research Gate, MTMT.

 

D178. Gyula Mester, Vytautas Turla, Gajin Slobodan, Lajos Kutri, Dinamicko ponasanje zupcastih

prenosnika sa asinhronim motorom, Zbornik radova „XVII Jugoslovenski kongres teorijske i

primenjene mehanike”, C1-61, pp. 379-384, Zadar, Jugoslavija, 2-6.06.1986.

Research Gate, MTMT.

          c1       Zoltan Jeges, Gyula Mester, Szilveszter Pletl, Analiza uticaja torzionih vibracija na elektromotorni pogon.

                     Zbornik radova XVIII Jugoslovenskog kongresa teorijske i primenjene mehanike, pp. 93-96, Jugoslo-

                     vensko Drustvo za Mehaniku, Vrnjacka Banja, Jugoslavija, 30.05-03.06.1988. MTMT

          c2       Gyula Mester, Vytautas Turla, Automatsko sastavljenja dinamickih modela elektromehanickih prenosnika.

                     Zbornik radova XVIII Jugoslovenski kongres teorijske i primenjene mehanike, pp. 145-148, Jugosloven-

                     sko Drustvo za Mehaniku, Vrnjacka Banja, Jugoslavija, 30.05-03.06.1988. MTMT

 

D179. Zoltan Jeges, Gyula Mester, Jozsa Lajos, Robust Adaptive Control of DC Series Motor, Pro-

cedings of the 3^rd Conference on Electronik, Electrical Engineereing and Automatic in Railway Trans-

port SEMTRAK, pp. 24-31, Polítechnica Krakowska, Krakow-Janowice, Poland, 24-26 September

1986. Research Gate, MTMT.

 

D180. Gyula Mester, Lajos Kutri, Gajin Slobodan, Razmatranje istovremenog uticaja promenljivog

momenta inercije radne masine i promenljive krutosti zubaca zupcanika na oscilacije elektromeha-

nickih prenosnika, Zbornik radova „Simpozijum’85 Mehanizmi i masine - opšti problemi dinamike

masina”, pp. 374-379, Subotica, Jugoslavija, 1985. Research Gate, MTMT.

 

D181. Gajin Slobodan, Gyula Mester, Lajos Kutri, Kovacevic Miroljub, O mogućnosti primene

konzolnog antivibratora kod temelja rotacionih elektricnih masina, Zbornik radova „Simpozi-

jum’85 Mehanizmi i masine - opsti problemi dinamike masina”, pp. 367-373, Subotica, Jugoslavija,

1985. MTMT.

 

D182. Gajin Slobodan, Pavlović Miroljub, Gyula Mester, Neki aspekti primene nelinearne analize u

dinamici temelja masina, Zbornik radova II Savetovanja drustva za mehaniku tla i fundiranje SR

Srbije, pp. 353-366, Donji Milanovac, Jugoslavija, 1984. Research Gate, MTMT.

 

D183. Gyula Mester, Lajos Kutri, Gajin Slobodan, Nelinearna oscilatorna analiza elektromeha-

nickih prenosnika, Zbornik radova XVI Jugoslovenski kongres teorijske i primenjene mehanike,

A3-14, pp. 377-383, Becici, Jugoslavija, 1984.

Research Gate, Google Scholar, MTMT.

          c1       Livija Cveticanin, Miodrag Zlokolica: Parametarske oscilacije elektromehaničkih prenosnika, Zbornik

                     radova II. Znanstveno – stručnog skupa Vibracije rotacionih strojeva i sistema, IFToMM, pp. 289-296,

                     Karlovac, Jugoslavija, 15-17.10.1986. MTMT

                     „Matematički model prenosnika prema radu /1/, je []”.

          c2       Jozsef Nyers: Untersuchung der Torsionsschwingungen beim Zahnradreduktor mit Multiskalarer Zeitauf-

                     teilungsmethode, Bulletins for Applied Mathematics (495/87), ISSN 0133-3526, pp. 193-202, Budapest,

                     Hungary, 1987. MTMT

 

D184. Gajin Slobodan, Pavlović Miroljub, Gyula Mester, Nelinearne oscilacije bloka temelja

masine sa obrtnim dejstvom, Zbornik radova XVI Jugoslovenski kongres teorijske primenjene

mehanike, A3-13, pp. 369-376, Bečići, Jugoslavija, 1984. Research Gate, MTMT.

 

D185. Pavlovic Miroljub, Gajin Slobodan, Gyula Mester, Prilog dinamici krutog plocastog temelja

na elasticnom sloju Vlasova – Leontijeva, Zbornik radova VII Kongresa Saveza društava gradjevinskih

konstruktora Jugoslavije, TE-68, pp. 241-247, Cavtat, Jugoslavija, 25—28 aprila 1983.

Research Gate, MTMT.

 

D186. Pavlovic Miroljub, Gajin Slobodan, Gyula Mester, Matematicko modeliranje nelinearnih

oscilacija blok temelja na elasticnom sloju, Zbornik radova Simpozijum’83, "Nelinearni problemi

dinamike", II-15, pp. 271-278, Arandjelovac, Jugoslavija, novembar 1983.

Research Gate, MTMT.

 

D187. Kutri Lajos, Gyula Mester, Problematika projektovanja familije zupcastih motornih prenos-

nika, Zbornik radova Jugoslovensko-Madjarskog Simpozijuma "Primenjena matematika i mehanika

u savremenoj tehnici", pp. 223-232, Subotica - Szeged, 1983.

Research Gate, MTMT.

 

D188. Gyula Mester, Lajos Kutri, Gajin Slobodan, O oscilatornoj analizi dinamičkih zupcastih

prenosnika, Zbornik radova Jugoslovensko-Madjarskog Simpozijuma "Primenjena matematika i

mehanika u savremenoj tehnici", pp. 235-238, Subotica - Szeged, 1983.

Research Gate, MTMT.

 

D189. Kuzmanovic Sinisa, Kovacević Dragica, Gyula Mester, Analiza opteretnosti izlaznih vratila

elektromehanickih prenosnika posredstvom elektronskog racunara, Zbornik radova Jugoslovensko-

Madjarskog simpozijuma "Primenjena matematika i mehanika u savremenoj tehnici", pp. 171- 183,

Subotica-Szeged, 1983. Research Gate, MTMT.

 

D190. Gyula Mester, Gajin Slobodan, Prilog resenju problema dinamicke stabilnosti nelinearnih

parametarskih torzionih vibracija vratila elektromehanickih prenosnika, Zbornik radova „Savreme-

ni problemi opšte stabilnosti i stabilnosti kontinuuma, Simpozijum’82”, pp. 77-85, Tara, Jugoslavi-

vija, 1982. Research Gate, MTMT.

 

D191. Gyula Mester, Lajos Kutri, Gajin Slobodan, Prilog dinamici elektromehanickih prenosnika,

Zbornik radova III. Jugoslovenskog Simpozijuma Kinematika i dinamika masina i mehanizama,

IFToMM, B-12, edit. Todor Pantelic, pp. 231-240, Ljubljana, Yugoslavija, 1981.

Research Gate, MTMT.

 

D192. Gyula Mester, Lajos Kutri, Non-Linear Parametric Vibrations of Motor Gear Machinery,

Proceedings of the International Symposium on Gearing & Power Transmissions, pp. 37-42, Tokyo,

Japan, Aug. 30 - Sep. 03. 1981.

Research Gate, Google Scholar, MTMT.

          c1       Josip Kasac, Vladimir Milic, Josip Stepanic, Gyula Mester, A Computational Approach to Parameter Iden-

                     tification of Spatially Distributed Nonlinear Systems with Unknown Initial Conditions, Proceedings of the

                     IEEE Symposium on Robotic Intelligence in Informationally Structured Space (RiiSS 2014), DOI: 10.

                     1109/RIISS.2014.7009170, ISBN: 9781479944637, Vol. 1. pp. 55-61, Orlando, Florida, USA., 9-12

                     December 2014. MTMT

          c2       Janos Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Syst-

                     ems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                     „With obstacles present in the unknown environment, the autonomous wheeled mobile robotic platform

                     reacts based on both the sensed information of the obstacles and the relative position of the target [16-23].

 

D193. Gyula Mester, Lajos Kutri, Zoltan Jeges, Nelinearne parameterske torzione oscilacije vratila

motor-reduktora, Zbornik radova „XV Jugoslovenski kongres racionalne i primenjene mehanike”,

C-52, pp. 423-430, Kupari, Jugoslavija, 1981.

Research Gate, Google Scholar, MTMT.

          c1       Branko Gligoric, Vladimir Raicevic, Xhevat Perjuci, Analiza uticaja ucestanosti promene obrtnog momen-

                     ta tehnoloske masine na nivo torzionih oscilacija vratila masinskog agregata, Zbornik radova II. Znanst-

                     veno-stručnog skupa Vibracije rotacionih strojeva i sistema, IFToMM, pp. 281-288, Karlovac,

                     Jugoslavija, 15-17.10.1986. MTMT

      „Ponasanje ovakvog sistema zavisi od brojnih faktora [1,2,3]”.

          c2       Gyula Mester, Lajos Kutri, Gajin Slobodan, Prilog dinamici elektromehanickih prenosnika. Zbornik rado-

                     va III. Jugoslovenskog Simpozijuma Kinematika i dinamika masina i mehanizama, IFToMM, B-12, pp.

                     231-240, Ljubljana, Yugoslavija, 25-27 septembar, 1981. MTMT

          c3       Simon, János, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex Sys-

                     tems, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017.  MTMT

       „With obstacles present in the environment, the autonomous wheeled mobile robotic platform reacts based

       on both the sensed information of the obstacles and the relative position of the target [16-23].“

D194. Gyula Mester, Lajos Kutri, Nelinearne parametarske torzione oscilacije vratila reduktora pri

uticaju promenljivog momenta inercije radne masine, Zbornik radova Jugoslovenskog Simpoziju-

ma Masina i mehanizami – buka, vibracije i uravnotezenje rotora i masina, IFToMM, pp. 1-9,

Beograd, Jugoslavija, 1980.

Research Gate, MTMT

          c1       Gyula Mester, Lajos Kutri, Gajin Slobodan: Prilog dinamici elektromehanickih prenosnika. Zbornik radova

                    III. Jugoslovenskog Simpozijuma Kinematika i dinamika masina i mehanizama, IFToMM, B-12, pp. 231- 

                    240, Ljubljana, Yugoslavija, 25-27 septembar, 1981. MTMT

D195. Gyula Mester, Slobodne uzduzne oscilacije prizmaticnog stapa pri nelinearnim spoljasnjim i

viskoelasticnim prigusenjem, Zbornik radova XIV Jugoslovenskog kongresa racionalne i primenjene

mehanike, C3-10, pp. 251-258, Portorož, Jugoslavija, 5-9.06.1978.

Research Gate, MTMT

 

D196. Gyula Mester, Prilog resavanju problema slobodnih prigusenih poprecnih oscilacija prizma-

ticnog stapa pri nelinearnom zakonu elasticnosti, Zbornik radova XIII Jugoslovenskog kongresa

racionalne i primenjene mehanike, C3-13, pp. 1-8, Sarajevo, Jugoslavija, 1976.

Research Gate, MTMT

    c1       Gyula Mester, A Variational Approach to the Problem of free Damped Longitudinal Oscillations a Pris-

               matic Beam with a Nonlinear Elastic Characteristik, Theoretical and Applied Mechanics, No.3, pp. 53-57,  

               ISSN 1450-5584, Belgrade, Yugoslavia, 1977. MTMT

          c2       Gyula Mester, Prilog resenju problema nelinearnih torzionih oscilacija vratila, Tehnika, No. 9, pp. 1414-

                     1415, ISSN 0040-2176, Beograd, Jugoslavija, 1977. MTMT

E.   Plenary and invited lectures, invited talks, keynote talks, tutorials

 

E1. Gyula Mester, Rangiranje istrazivača robotike, Trend 2020, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. UP3, pp. 395-398, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020.

Research Gate, Google Scholar, MTMT

E2. Gyula Mester, Baza podataka Madjarskih naučnika i publikacija, Trend 2020, XXVI Skup Trendovi Razvoja: “Inovacije u Modernom Obrazovanju”, Zbornik radova, p. 574, paper No. T4.1-4, pp. 518-521, ISBN 978-86-6022-241-3, Kopaonik, Serbia, 16-19.02.2020.

Research Gate, Google Scholar, MTMT

 

E3. Gyula Mester, Okos mobilitási megoldások okos városokban, European Smart Sustainable and Safe Cities Conference, pp. 1-6, Budapest, Hungary, 2020 January 31.

Research Gate, Google Scholar, MTMT

 

E4. Gyula Mester, Invited keynote: Autonomous Robotic Self-Driving Cars 2019, The 13^th Interna-tional Conference INTER-ENG 2019, Interdisciplinarity in Engineering, pp. 1-7, Târgu Mureș, Romania 3 - 4 October 2019.

Google Scholar, MTMT

E5. Gyula Mester, Invited keynote: Future of Autonomous Robotic Self-Driving Cars, The 12^th International Conference INTER-ENG 2018 Interdisciplinarity in Engineering, pp. 1-6, 4-5 October 2018, U.M.F.S.T Tirgu-Mures, Romania, 2018, Plenáris Program.

Research Gate, MTMT

E6. Mester Gyula, Önvezető robot autók újdonságai és biztonsági kérdései, XII. Innováció és fenn-tartható felszíni közlekedés konferencia, XII. IFFK 2018, plenáris program, pp. 1-12, Budapest, Hungary, August 29-31, 2018.

Research Gate, Google Scholar, MTMT.

E7. Mester Gyula, Okos járművek és drónok városi közlekedésben, XVII MIÉRT Akadémia Okos település – Okos Erdély Konferencia, pp. 1-8, Püspökfürdő, Románia 2018.10.19-21.

Google Scholar, MTMT

E8. Mester Gyula, Tudományos teljesítmény mérése, idézetek, h-index, Proceedings of 8^th International Engineering Symposium at Bánki, IESB 2016, Ed. Drégelyi-Kiss Ágota, ISBN: 978-615-5460-95-1, pp. 1-10, paper 57, Óbuda University, Budapest, Hungary, 17 November 2016. MTMT

 

E9. Gyula Mester, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016.

Google Scholar, MTMT

 

E10. Gyula Mester, Novi trendovi naučne metrike, uvodno predavanje, Proceedings of the XXI Skup Trendovi Razvoja: “Univerzitet u Promenama...”, paper No. UP 1-3, pp. 23-30, ISBN 978-86-7892-680-8, DOI:10.13140 /RG.2.1.1754.2486, Zlatibor, Serbia, 23 - 26. 02. 2015.

Research Gate, Google Scholar, MTMT.

 

E11. Gyula Mester, Naučnometrijski indeksi, Univerzitet u Novom Sadu, DOI: 10.13140/ RG.2.1.3451.9203, pp. 1-6, Novi Sad, Serbia, 11.06.2015.

Google Scholar, MTMT

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI:10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

 

E12. Gyula Mester, Naučnometrijski indeksi - primena u robotici, Zbornik radova ETRAN 2015, 59. konferencija za elektroniku, telekomunkacije, računarstvo, automatiku i nuklearnu tehniku, EDU 1.1, pp. 1-6, ISBN 978-86-80509-71-6, Srebrno Jezero, Serbia, 08 - 11. 06. 2015.

Research Gate, Google Scholar, MTMT.

 

E13. Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI:

10.13140/RG.2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27

February, 2015. MTMT

          c1       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

E14. Gyula Mester, Introduction to Cloud Robotics, 32^nd International Conference Science in Practice, SIP 2014, Book of Abstracts, pp. 55, ISBN: 978-953-6032-85-3, Edit. Goran Martinovic, Osijek, Croatia, October15-17, 2014.

Research Gate, Google Scholar. MTMT.

          c1       Rubóczki Edit Szilvia, Rajnai Zoltán, Moving Towards Cloud Security, Interdisciplinary Description of

                     Complex Systems, Vol. 13, No. 1, pp. 9-14, ISSN 1334-4684, DOI: 10.7906/indecs.13.1.2, 2015.

                     “It is tempted to size up the average knowledge, and to try different learning tools and follow up the

                     effectiveness of the different tools [6].”

                     Web of Science, Google Scholar: 1728337526650905436. MTMT

          c2       Busra Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol.13, No. 1,

                     DOI: 10.7906/indecs.13.1.4, ISSN 1334-4684, pp. 26-33. 2015.

                     “Stanford University and Willow Garage developed a generalized open source operating system called       

                     Robot Operating System (ROS) for robots [18].”

      Google Scholar: 10153990503926814707. MTMT

  c3       Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

             88077-07-1, Újvidék, Szerbia, november 15, 2014. MTMT

 

E15. Gyula Mester, keynote talk, Új tudományos eredmények mérése, XXX Kandó Conference, pp.

1-10, ISBN 978-615-5460-24-1, Budapest, Hungary, November 20, 2014.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Merenje rezultata naučnog rada.

E16. Gyula Mester, keynote talk, Massive Open Online Courses for Flying Robots, pp. 1-8, Vipsi

Conference, Becici, Montenegro, December 30, 2014 – January 2, 2015. MTMT

  c1       Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-     

             88077-07-1, Újvidék, Szerbia, november 15, 2014.

E17. Gyula Mester, Cloud Robotics, invited lecture, 10 October 2014, Institute Mihajlo Pupin,

Robotics Laboratory, Belgrade, Serbia.

  c1       Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

             88077-07-1, Újvidék, Szerbia, november 15, 2014.

 

E18. Gyula Mester, Maxeler Dataflow Supercomputing, invited talk, International Workshop on

Advanced Computational Intelligence and Intelligent Informatics (IWACIII), pp. 1-6, ISSN: 2185-

758X, 18-21 October 2013, Shanghai, China. MTMT

 

E19. Gyula Mester, Magyar nyelvű mérnökképzés a Szabadkai Műszaki Főiskolán 1976-2013,

Gyökerek, utak, jövők: az anyanyelv megőrzésének kérdései a Kárpát-medencében konferencia,

Pécs, 2013, szeptember 13-14. MTMT

 

E20. V. Milutinovic, G. Rakocevic, S. Stojanovic, and Z. Sustran, Oskar Mencer, Oliver Pell,

Michael Flynn, Gyula Mester, Data Flow SuperComputing for ExaScale Applications: Revisiting

the Algorithms, invited talk, Workshop Modern Approach to Product Development and Business

Improvement, Balatonfüred, Hungary, 16-19^th May 2013. MTMT

 

E21. Gyula Mester, Aleksandar Rodic, Josip Stepanic, Nonlinear Control of Aerial Robotics,

invited talk, Workshop Modern Approach to Product Development and Business Improvement, pp.

1-4, Balatonfüred, Hungary, 16-19^th May 2013.

Google Scholar: 717597810963293871, MTMT.

          c1       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME 2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c2       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016. november   

                     17. MTMT

          c3       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

 

E22. Gyula Mester, Methods of Scientific Metrics and Ranking of Scientific Results, invited talk,

Workshop Modern Approach to Product Development and Business Improvement, pp. 5-8,

Balatonfüred, Hungary, 16-19^th May 2013.

Google Scholar: 15300002277584396662, MTMT.

          c1       Gyula Mester, Merenje rezultata naučnog rada, Tehnika-Mašinstvo, Vol. 64, Issue 3, pp. 445-453, ISSN

                     0040-2176, Beograd, Srbija, 2015. MTMT

 

E23. Gyula Mester, The Traditional Journal Impact Factor and h Index, invited lecture, Institute

Mihajlo Pupin, Robotics Laboratory, pp. 1-5, Belgrade, Serbia, 26 May 2011. MTMT

 

E24. Gyula Mester, Intelligent Mobile Robot Navigation in Unknown Environments, invited lecture,

University of Josipa Jurja Strossmayera Osijek, pp. 1-6, Croatia, May 10 2012. MTMT

 

E25. Aleksandar Rodić, Gyula Mester, Remotely Controlled Ground-Aerial Robot-Sensor Network

for 3D Environmental Surveillance and Monitoring, invited talk, TAMOP 422 Workshop, edit.

Miklós Maróti, Szeged, Hungary, 2011.

Google Scholar, MTMT.

          c1       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Veh-

                       icles Trajectories, pp. 369-377, 4^th International Scientific Conference on Advances in Mechanical

                       Engineering, ISCAME 2016, ISBN 978-963-473-944-9, University of Debrecen, Debrecen, Hungary, 13-    

                       15 October 2016. MTMT

            c2       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                       of  the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016.   

                       november 17.

            c3       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                       Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                        University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018. MTMT

 

E26. Aleksandar Rodić, Gyula Mester, Sensor-Based Navigation, Motion Planning and Control of

Autonomous Indoor Ambient Adaptive Wheel-Based Robots in Environments with Contingency Risks,

invited talk, TAMOP 422 Workshop, pp. 1-4, Budapest, Hungary, 2011. MTMT

 

E27. Gyula Mester, Ranking of World Universities the Latest Update, keynote talk, Vipsi Conference,

Tivat, Montenegro, 2010. MTMT

 

E28. Gyula Mester, The Impact Factor, invited talk, Óbuda Univesity, pp. 1-5, Budapest, Hungary,

2010. MTMT

 

E29. Aleksandar Rodić, Gyula Mester, Virtual WRSN-Modeling and Simulation of Wireless Robot-

Sensor Networked Systems, invited talk, TAMOP 422 Workshop, pp. 1-6, University of Szeged,

Szeged, Hungary, 2010. MTMT

 

E30. Gyula Mester, Rangiranje svetskih univerziteta 2009/2010, University of Novi Sad, IEEE

Serbia & Montenegro Section, Novi Sad, Serbia, April 13, 2010. MTMT

http://www.stari.ftn.uns.ac.rs/ieee/jch-ns/arch_2010/ieee_2010.htm,

E31. Aleksandar Rodić, Gyula Mester, Autonomous Locomotion of Humanoid Robots in Presence

of Mobile and Immobile Obstacles - Path Planning, Trajectory Prediction, Control and Simulation,

invited talk, TAMOP 422 Workshop, University of Szeged, Szeged, Hungary, 2010. MTMT

 

E32. Gyula Mester, Tamas Szepe, Intelligent Wheeled Mobil Robot Control in Unknown

Environments, TAMOP 422 Workshop, University of Szeged, Szeged, Hungary, 2010. MTMT

E33. Gyula Mester, Academic Ranking of World Universities 2009/2010, keynote talk, Proceedings

 of theVIPSI-2010 Conference, edit. Veljko Milutinovic, pp. 1-36, Amalfi, Italy, March 4-7, 2010.

Google Scholar, MTMT.  

          c1       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c2       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, Maribor, Pohorje,

                     Slovenija, 18-21.02.2013. MTMT

          c3       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c4       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c5       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

 

E34. Gyula Mester, Ranking 2009 of World Higher Education Institutions, keynote talk, Roman

Trobec, Veljko Milutinovic, ProSense Workshop, pp. 1-10, Institute Jožef Stefan, Ljubljana,

Slovenia, 2009.

Google Scholar, MTMT.

          c1       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the

                     XIX Skup Trendovi Razvoja: “Univerzitet na tržištu…”, paper No. T1.1-1, pp. 1-5, ISBN: 978 86 7892

                     495 9, Maribor, Pohorje, Slovenija, 18-21.02.2013. MTMT

          c2       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

       2013, április 13,

       Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3, szerkesztő: Berényi

       János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013. április 13. MTMT  

          c3       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c4       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

 

E35. Gyula Mester, Aleksandar Rodic, Autonomous Locomotion of Humanoid Robots in Presence

of Mobile and Immobile Obstacles, invited lecture, Budapest Tech Jubilee Conference, pp. 1-6,

September 1-2, Budapest, Hungary, 2009. MTMT

 

E36. Gyula Mester, Lisbon Strategy 2000 in Higher Education of Europe, Proceeding of the Inter-

national Conference on Advances in the Internet, Processing, Systems, and Interdisciplinary Rese-

arch, VIPSI 2009, edit. Veljko Milutinovic, keynote talk, pp. 1-5, ISBN: 86-7466-117-3, Belgrade,

Serbia, 03-04^th April 2009.

Google Scholar, MTMT.

          c1       Michael Domijan, Doctor and Master Professionals - Towards a New Innovative Strategy in the CEE, Pro-

                     ceedings of the TREND 2010, pp. 141-143, ISBN 978-86-7892-236-7, p. 321, Kopaonik, Serbia, 01-04.03.

                     2010. MTMT

          c2       Norbert Sabic, Komparativni Prikaz Svetskih Rang-Lista Visokoobrazovnih Institucija, Proceedings of the

                     TREND 2011, pp. 65-69, ISBN 978-86-7892-236-7, p. 278, Kopaonik, Serbia, 07-10.03.2011. MTMT

          c3       Gyula Mester, Academic Ranking of World Universities 2009/2010, Invited Lecture, Proceedings of the

                     VIPSI - 2010 Conference, pp. 1-36, Veljko Milutinovic Edit. Amalfi Italy, March 4 to 7, 2010. MTMT

          c4       Gyula Mester, The valuation of the Impact Factor of the Journal Acta Polytechnica Hungarica, Proceed-

                     ings of the TREND 2011, pp. 70-73, ISBN 978-86-7892-323-4, Kopaonik, Serbia, 07-10.03.2011. MTMT

          c5       Gyula Mester, Univerziteti regiona na Sangajskoj rang listi univerziteta u svetu 2012, Proceedings of the   

                     XIX Skup Trendovi Razvoja: “Univerzitet na Tržištu…”, paper No. T1.1-1, pp. 1-5, Maribor, Pohorje,

                     Slovenija, 18-21.02.2013. MTMT

          c6       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                     XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 9788678922367, Kopaonik, 01-04.03.2010.

                     MTMT

          c7       Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka, Szerbia,

                     2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-89095-04-3,

                     szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, Újvidék, 2013 április 13. MTMT

          c8       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

          c9       Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9,

                     DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

 

E37. Gyula Mester, Would we Realise the Aims of the Lisbon Strategy 2000 in Higher Education of

Europe? invited lecture, pp. 1-8, Technical University of Applied Sciences, TH Wildau, Berlin,

Germany, 2009.

Google Scholar, MTMT.

          c1       Anita Sabo, Bojan Kuljić, Tibor Szakáll, Educational Tools for Object-Oriented DSP Iinteractive DSL

                     Framework, Computing and Informatics, CAI, Vol 32, No 3, pp. 509-526, ISSN 1335-9150, 2013.

       Web of Science: 000321677400004, MTMT

          c2       Gyula Mester, Doktorske studije na Univerzitetu u Segedinu, Proceedings of the TREND 2009, pp. 32-36,

                     ISBN 978-86-7892-157-5, Kopaonik, Serbia, 02-05.03.2009. MTMT

          c3       Gyula Mester, Predlog poboljsanja statusa visokih strukovnih skola Srbije u Bolonjskom sistemu studija,

                     XVI Skup Trendovi Razvoja: Bolonja 2010, pp. 58-61, ISBN 978 86 7892 236 7, Kopaonik, 01-04.03.

                     2010. MTMT

          c4       Gyula Mester, The valuation of the Impact Factor of the Journal Acta Polytechnica Hungarica, Proceedings

                     of the TREND 2011, pp. 70-73, ISBN 978-86-7892-323-4, Kopaonik, Serbia, 07-10.03.2011. MTMT

          c5       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo, Vol. 64, Issue 3, ISSN

                     0040-2176, Beograd, Srbija, 2015. MTMT

 

E38. Gyula Mester, Egyetemek világranglistája 2008, pp. 1-8, University of Szeged, Hungary,

2008.

 

E39. Gyula Mester, E-learning tananyagfejlesztés LAMP környezetben, MPV konferencia, pp. 1-6,

Budapest, Hungary, 2004. MTMT.

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c2       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008. 

                     MTMT

 

E40. Gyula Mester, Web alapú oktatórendszer LAMP környezetben, PHP RoadShow, pp. 1-5,

Dunaújváros, Hungary, 2004. MTMT.

          c1       Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

         c2       Gyula Mester, Internet tehnologije, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2008.

                     MTMT

 

E41. Gyula Mester, E-learning, xHTML és CSS tananyagfejlesztés LAMP környezetben, Tudományos

napok, pp. 1-7, Dunaújváros, Hungary, 2004. MTMT

 

E42. Gyula Mester, Távoktatás fejlesztés a műszaki informatikai felsőoktatásban, A Kárpát-

medencei magyar professzorok 5. találkozója, plenáris előadás, pp. 1-8, Nyíregyháza, Hungary,

November 9-10. 2001. MTMT

 

E43. Gyula Mester, Intelligent Vehicle-Highway System, Invited Lecture, Conference „Savremene

računarske tehnologije 2000“, pp. 1-5, Subotica, 23.09. 2000. MTMT

E44. Gyula Mester, Virtual College of Engineering, Conference of Effect of Information Society on

Education of Electric Engineers, pp. 1-6, Budapest, 2000. MTMT

 

E45. Gyula Mester, Szilveszter Pletl, Structure Optimization of Fuzzy Control Systems by Multi

Population Genetic Algorithm, Invited Lecture, Prim’97, Subotica, Yugoslavia, 1997. MTMT

 

E46. Gyula Mester, Attila Nemes, Peter Odri, Szilveszter Pletl, Design of the Optimal Fuzzy Model-

ing of Noise pollution using Multi-Population Genetic Algorithm, pp. 1-4, Invited Lecture, SCPE’

97, Nis, Yugoslavia, 1997. MTMT

          c1       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, p. 175, Doctoral School on Safety and Security Sciences, Budapest, 2018.          

 

E47. Gyula Mester, Szilveszter Pletl, Design of the Optimum Number of Membership Functions in

Neuro-Fuzzy Control Systems, ETFA'96, IEEE International Conference on Emerging Technologies

and Factory Automation, pp. 1-6, Kauai Marriott, Kauai, Hawaii, USA, 18-21.11.1996.

Google Scholar, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c2       Gyula Mester, Szilveszter Pletl, Comparison Between Two Types of Membership Functions of Optimal

                     Fuzzy-Genetic Control, Proceedings of the 13^th ISPE/IEEE International Conference on CAD/CAM Robo-

                     tics & Factories of the Future, pp. 453-458, Pereira, Colombia, South America, 15-17.12.1997. MTMT

          c3       Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken, Vajdasági Magyar

                     Tudományos társaság, pp. 402-417, ISBN 978-86-88077-09-5, Újvidék, Szerbia, 2017, november 11.

                     MTMT

                     „A szerző, 1996-ban részt vett Kauai (Hawaii) szigeten megrendezett tudományos konferencián [4], ahol

                     Japán vezető robotkutatói bejelentették, hogy Japánban a robotkutatók elkezdik az önvezető autók

                     fejlesztését.”

 

E48. Gyula Mester, A SCARA robotmanipulatorok direkt kinematikai feladata megoldásáról,

PAMM, pp. 1-5, edit. Fazekas Ferenc, Budapest-Göd, Hungary, 1990. MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011.

 

E49. Gyula Mester, Basic Djuro, Zoltan Jeges, Modeliranje dinamike pogonskog sistema sa asin-

hronim motorom, SEITH, IV savetovanje Elektromotorni pogoni, pp. 1-5, Zadar, Jugoslavija, 1988.

MTMT

 

E50. Gyula Mester, Neuralne mreze sa primenama u mehanici, pp. 1-8, Matematicki Institut,

SANU, Beograd, Yugoslavia, 1987. MTMT

 

E51. Gyula Mester, Istrazivanje i razvoj sistema savremenih elektromehanickih prenosnika,

Simpozijum o prenosnicima, pp. 1-6, Subotica, Yugoslavia, 1987. MTMT

 

E52. Gyula Mester, Vytautas Turla, Lajos Kutri, Digitalna simulacija dinamike prenosnika, PAMM

Workshop, pp. 1-10, Balatonfüred, Hungary, 1986. MTMT

 

E53. Gyula Mester, Gépalapozás rezgési problémájának témájáról, PAMM Workshop, pp. 1-8,

Balatonfüred, Hungary, 1985. MTMT

 

E54. Gyula Mester, Lajos Kutri, Gajin Slobodan, Prilog nelinearnoj oscilatornoj analizi

elektromehanickih prenosnika, Simpozijum "Dinamika masina i mehanizama", pp. 1-8, Kragujevac,

Jugoslavija, 1984. MTMT

 

E55. Gyula Mester, Lajos Kutri, Nichtlineare gedampfte Drehschvingungen des Systems bei der

Beeinflussung des Wechselden Massentregheitsmoments, GAMM Tagung, pp. 1-8, Würzburg,

Deutschland, 1981. MTMT

 

E56. Gyula Mester, Vibrations of the Timoshenko Beam with on a Nonlinear Elastic Basement,

GAMM Tagung, pp. 1-5, Berlin, Deutschland, 1980. MTMT

 

E57. Gyula Mester, Vibracija Timosenkove grede na nelinearnoj elasticnoj podlozi, Zbornik

abstrakata Simpozijum’80 Savremeni problemi nelinearne mehanike kontinuuma, pp. II-25, Tara,

Jugoslavija, 1980. MTMT

 

E58. Gyula Mester, Varijacioni prilaz problemu slobodnih prigusenih uzdužnih oscilacija elasticnih

stapova sa nelinearnom elasticnom karakteristikom, Matematički Institut, Odeljenje za Mehaniku,

pp. 1-10, SANU, Beograd, 1976. MTMT

 

F.    Other Scientific Publications

 

F1. Gyula Mester, 2025 World Ranking of Citation Analysis Researchers, DOI: 10.13140/RG.2.2. 30225.34403, Research Gate, pp. 1-5, 2025. MTMT

          c1       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                     MTMT

          c2       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c3       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                     140/RG.2.2.27115.66080, 2025. MTMT

F2. Gyula Mester, Robotika tudományterület kutatóinak 2025-ös világranglistája, Research Gate, pp. 1-6, 2025.

F3. Gyula Mester, Szerbiai kutatók ranglistája 2025, Research Gate, pp. 1-6, DOI: 10.13140/RG.2.2.16250.40648, 2025. 

F4. Gyula Mester, Tudománymetria magyar kutatóinak 2025-ös ranglistája, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.21446.59203, 2025. MTMT

F5. Gyula Mester, Rang lista istraživača Srbije, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2. 24673.01120, 2025. MTMT

F6. Gyula Mester, Az Óbudai Egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-4, 2025. 

MTMT

F7. Gyula Mester, A Belgrádi egyetem kutatóinak ranglistája 2025, Research Gate, pp. 1-4, DOI: 10.13140/RG.2.2.28556.22402, 2025. MTMT

F8. Gyula Mester, Janos Santa, Svetska rang lista istraživača veštačke inteligencije 2025, Research Gate, pp. 1-7, DOI: 10.13140/ RG.2.2.24380.76169, 2025. MTMT

F9. Gyula Mester, Önvezető autók kutatóinak világranglistája 2025, Research Gate, pp. 1-5, DOI: 10.13140/RG.2.2.25393.49768, 2025. MTMT

F10. Dragan Z. Šaletić, Gyula Mester, On a Cluster Oriented Fuzzy Modelling, Research Gate, pp. 1-9, 2023. MTMT

          c1       Janos Santa, 2025 Word Ranking of Researchers at the University of Belgrade, Research Gate, pp. 1-5,

                     DOI: 10.13140/RG.2.2.36683.91686, 2025. MTMT

          c2       Janos Santa, 2025 World Ranking of Citation Indexing Researchers, Research Gate, pp. 1-4, DOI: 10.13

                    140/RG.2.2.27115.66080, 2025. MTMT                                                 

          c3       László Szegedi, 2025 Ranking of Researchers at the University of Novi Sad, Research Gate, pp. 1-4, 2025.

                    MTMT

F11. Gyula Mester, Rang lista istraživača u Srbiji 2022, Research Gate, pp. 1-9, 2022.

F12. Mester Gyula, Magyar kutatók 2021-es tudománymetriai ranglistája, XXXVII. Kandó

Konferencia 2021, pp.1, absztrakt, Budapest, Magyarország, 2021. november 18-19.

MTMT

 

F13. Mester Gyula, Újvidéki Egyetem kutatóinak 2021-es ranglistája, XXXVII. Kandó Konferencia 2021, pp.146-152, Budapest, Magyarország, 2021. november 18-19.

MTMT

F14. Gyula Mester, Odredjivanje identifikatora naučnih publikacija i citata, Research Gate, pp. 1-7,

2020.11.06. MTMT

Research Gate, Google Scholar.

 

F15. Mester Gyula, Tudományos közlemények és idézetek azonosítójának meghatározása a Google

Scholar alkalmazásával, pp. 1-6, Research Gate, 2020.11.15. MTMT

Research Gate, Google Scholar.

F16.  Albini Attila, Mester Gyula, László Barna Iantovics, Unified Aspect Search Algorithm, In: Tokody Dániel,Tokodyné, Szabadi Nikolett (edit.) Smart, Sustainable and Safe Cities Conference 2018 Abstract Book, Budapest, Magyarország, Doktoranduszok Országos Szövetsége, DOSZ, 2018, 40 p. pp. 17. MTMT

          c1       Attila Albini, Dániel Tokody, Zoltán Rajnai, Adaptation of Cloud Theory in the Infocommunication System

                     of Autonomus Vehicles, Interdisciplinary Description of Complex Systems, INDECS, Vol. 18, Issue 3, pp.

                     369-374, 2020. MTMT

F17. Gyula Mester, An Overview of Autonomous Self-Driving Robotic Cars, International Sympo-

sium at Bánki, IESB 2018, Section F, pp. 59, ISBN: 978-963-449-111-8, Óbuda University, 21

November 2018. MTMT

F18. Gyula Mester, Naučnometrijski indeksi, pp. 1-50, Univerzitet u Novom Sadu, Novi Sad,

Serbia, 11.06.2015. MTMT.

F19. Gyula, Mester, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, Bosko, Rasuo (szerk.),

Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT.

 

F20. Gyula Mester, Cloud Robotics Model, abstract, Procedia Engineering, 25^th DAAAM Symposi-

um 2014, pp. 1-2, edit. Branko Katalinic, Vienna, Austria, 2014.11.26-29. MTMT.

          c1       Mester Gyula, Robotika a felhőkben, VMTT Konferencia, könyvfejezet, pp. 524-533, ISBN: 978-86-

                       88077-071, Újvidék, Szerbia, november 15, 2014. MTMT

F21. Mester Gyula, Tudománymetriai kutatások, Óbudai Egyetem, Bánki Donát Gépész és Bizton-

ságtechnikai Mérnöki Kar, pp. 1-5, Budapest, Magyarország, november 24, 2014. MTMT

F22. Mester Gyula, Bevezetés a tudománymetriába, Vajdasági Magyar Mérnökök Műszakiak

Egyesűlete, pp. 1-6, Szabadka, Szerbia, november 3, 2014. MTMT

F23. Gyula, Mester, Introduction to Cloud Robotics, in: Martinovic, G. (edit.), 32^nd International

Conference Science in Practice, Osijek, Horvátország, Sveučilište Josipa Jurja Strossmayera u

Osijeku, Elektrotehnicki Fakultet, pp. 55-55, 2014. MTMT

          c1       Busra, Koken, Cloud Robotics Platforms, Interdisciplinary Description of Complex Systems, Vol. 13,

                     Issue 1, pp. 26-33, DOI 10.7906/indecs.13.1.42015. MTMT

          c2       Ruboczki E., Rajnai Z., Moving Towards Cloud Security, Interdisciplinary Description of Complex

                     Systems, Vol. 13, Issue 1, pp. 9-14, DOI 10.7906/indecs.13.1.2, 2015.

                     Web of Science, MTMT

          c3       Mester Gyula, Robotika a felhőkben, in: Szalma, József (szerk.) A Magyar Tudomány Napja a Délvidéken

                     2014, Újvidék, Szerbia, Vajdasági Magyar Tudományos Társaság, pp. 527-533, 2015. MTMT

 

F24.  L. Cveticanin, I. Biro, Gy. Mester, Analysis of Nonlinear Oscillating System, in: Gábor Keszt-

helyi-Szabó, Cecilia Hodúr, Judit Krisch (edit.) ICoSTAF'14, International Conference on Science

and Technique Based on Applied and Fundamental Research, Szeged, Magyarország, Szegedi Tud-

ományegyetem Mérnöki Kar 56 p. pp. 56-56, 2014. MTMT

 

F25. Proceedings of the SIP 2010, 28^th International Conference Science in Practice, ISBN:

9788685409530, szerkesztők: Mester Gyula, Matijevics István, Póth Miklós, Szabadka, Szerbia

Szabadkai Műszaki Főiskola, 2010. MTMT

F26. Gyula Mester, Wheeled and Humanoid Mobile Robot Navigation, Report on the Research at

the Institute of Informatics of the University of Szeged 2006-2009, pp. 16-17, Szeged, Hungary,

2010. MTMT.

 

F27. Gyula Mester, Sensor Based Wheeled Mobile Robot Navigation, Proceedings from PROSEN-

SE Seminar Presentations, edit. Roman Trobec, pp. 32-33, Ljubljana, Slovenia, 2010.

Google Scholar, MTMT.

          c1       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c2       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/

                     RG.2.1.4411.1204,

      Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2015. MTMT

 

F28. Gyula Mester, Position Correction System of Wheeled Mobile Robots Using Ultrasonic

Sensors, Proceeding of the 2^nd International Congress of Serbian Society of Mechanics, ICONSSM

2009, pp. 1-5, D11, edit. Teodor Atanackovic, Dragan Spasic, Srboljub Simic, ISBN 978-86-7892-

173-5, Palic, Serbia, 1-5 June, 2009. MTMT.

 

F29. Gyula Mester, Autonomous Locomotion of Humanoid Robots in Presence of Mobile and Immobile Obstacles (Intelligens robotok, konferencia közlemény) Budapest Tech, Budapest, Magyarország, 2009.09.01 - 2009.09.02. MTMT.

 

F30. Gyula Mester, Robotics in Agriculture, in: Hodur, C; Kovács, E T; Gál, J; Gyimes, E (szerk.) International Conference on Science and Technique in the Agri-Food Business: ICoSTAF 2008 = Tudomány és technika az agrár- és élelmiszergazdaságban, Summaries of Lectures and Posters, pp. 241-241, Szeged, Magyarország, Szegedi Tudományegyetem Mérnöki Kar, 2008. MTMT.

 

F31.  Gyula Mester, edit. Proceedings of the 21^st International Scientific Conference Information

Technology in Education of Informatics, Electrical and Mechanical Engineers. MTMT.

F32. Gyula Mester, Istrazivanje i razvoj savremenih pogonskih sistema, Pregledni rad, pp. 1-30,

Ministarstvo za Nauku i Tehnologiju Republike Srbije, Beograd, Jugoslavija, 1995. MTMT

 

F33. Gyula Mester, Sinteza neuro-fuzzy upravljanja manipulacionih robota sa elasticnim zglobovi-

ma, Zbornik radova naučnog skupa mehanika, materijali i konstrukcije, pp. 151, SANU, Beograd,

Jugoslavjia, 1995. MTMT

 

F34. Gyula Mester, Prikaz softverskog paketa za simulaciju dinamike pogonskog sistema, I

Medjunarodni Simpozijum o Elektromehaničkim Sistemima, pp. 1-10, 1990, Subotica. MTMT

F35. Gyula Mester, A SCARA robotmanipulatorok direkt kinematikai feladata megoldásáról, PAMM, pp. 1-5,

Budapest Göd, Hungary, 1990. MTMT

          c1   Mester Gyula, Robotika, p. 150, ISBN: 9789632795157, Typotex Kiadó, Budapest, Magyarország, 2011. MTMT

 

F36. Gyula Mester, Vytautas Turla, Lajos Kutri, Gear Dynamic Digital Simulation, PAMM

Simposium, pp. 1-8, Balatonfüred, Hungary, 1986. MTMT

 

F37. Gyula Mester, Istraživanje i razvoj optimalnog reda elektromehaničkih prenosnika na bazi

komponovanja zajedničkih elemenata, projekt SzNRV, 1981-1985, Novi Sad, Yugoslavia. MTMT

 

F38. Gyula Mester, Varijacioni prilaz problemu prigusenih oscilacija elasticnih stapova sa neline-

arnom elasticnom karakteristikom, pp. 1-114, doktorska disertacija, Univerzitet u Novom Sadu,

Fakultet Tehnickih Nauka, Novi Sad, Jugoslavija, 1977.

MTMT.

 

F39. Gyula Mester, Primena varijacionih principa mehanike na neke probleme oscilovanja

elastičnih tela, pp. 1-100, magistarski rad, Univerzitet u Beogradu, Prirodno-Matematički Fakultet,

Beograd, Jugoslavija, 1975.  MTMT

 

G.  Books – Book Chapters

G1. Mester Gyula, Magyar kutatók 2018-as ranglistája, Magyar Tudomány Napja a Délvidéken 2018, VMTT Konferencia 2018.11.10, könyvfejezet, pp. 460-472, Vajdasági Magyar Tudományos társaság, szerkesztő: Szalma József, ISBN 978-86-88077-10-1, p. 487, Újvidék, Szerbia, 2020.   

MTMT, Research Gate, Google Scholar.

G2. Mester Gyula, Autonóm önvezető robot autók, Magyar Tudomány Napja a Délvidéken 2017, 2017 november 11, könyvfejezet, pp. 402-417, Vajdasági Magyar Tudományos társaság, szerkesztő: Szalma József, ISBN 978-86-88077-09-5, p. 481, Újvidék, Szerbia, 2018. MTMT.

 

G3. Gyula Mester, Robotika a felhőkben, Magyar Tudomány Napja a Délvidéken 2014, VMTT Konferencia 2014.11.15, könyvfejezet, pp. 527-533, Vajdasági Magyar Tudományos társaság, szerkesztő: Szalma József, p. 579, ISBN 978-86-88077-07-1, Újvidék, Szerbia, 2015.

Research Gate, Google Scholar, MTMT.

          c1       Simon, János, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                       Systems, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

                       „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic plat-

                       form in unstructured environments with obstacles and slopes [10-15].”

 

G4. Mester Gyula, Honlap szerkesztése Google Tudós alkalmazásával, A Magyar Tudomány Napja

a Délvidéken 2013, VMTT Konferencia 2013.11.23, könyvfejezet, pp. 674-679, Vajdasági Magyar

Tudományos Társaság, szerkesztő: Szalma József, p. 737, ISBN 978-86-88077-06-4, Újvidék,

Szerbia, 2014.

Research Gate, Google Scholar, MTMT.

c1           Gyula Mester, Új tudományos eredmények mérése, Proceedings of the Kandó Konferencia, pp. 1-10, ISBN 978-615-5460-24-1, Budapest, Hungary, 2014.11.20. MTMT

c2           Gyula Mester, invited lecture, Idézetek a Google Scholar adatbázisban, University of Novi Sad, pp. 1-9, DOI: 10.13140/RG.2.1.2516.4405, Novi Sad, Serbia, 27.05.2016. MTMT

c3           Mester Gyula: Tudományos teljesítmény mérése, idézetek, h index, Proceedings of 8th International Engineering Symposium at Bánki, IESB 2016, Ed. Drégelyi-Kiss Ágota, ISBN: 978-615-5460-95-1, pp. 1-10, paper 57, Óbuda University, 2016.11.17. MTMT

 

G5. Gyula Mester, Aleksandar Rodic, Négyrotoros robothelikopter modellje és írányítása, A Magyar Tudomány Napja a Délvidéken 2012, VMTT Konferencia 2011.11.24, könyvfejezet, pp. 469-476, Vajdasági Magyar Tudományos Társaság, szerkesztő: Szalma József, p. 493, ISBN 978-86-88077-04-0, Újvidék, Szerbia, 2013.

Research Gate, Google Scholar, MTMT.

          c1       Attila Nemes, Tools for Efficient Soft Computing Modelling and Feasible Optimal Control of Complex

                     Dynamic Systems, Multi-Rotor Unmanned Aerial Vehicle Navigation with Obstacle Avoidance, Óbuda

                     University, Doctoral School on Safety and Security Sciences, Budapest, p. 175, 2018. MTMT

          c2       Nemes Attila, Mester Gyula, Energy Efficient Feasible Autonomous Multi-Rotor Unmanned Aerial Vehic-

                     les Trajectories, pp. 369-377, Proceedings of the 4^th International Scientific Conference on Advances in

                     Mechanical Engineering, ISCAME2016, ISBN 978-963-473-944-9, p. 643, Editor: Tamás Mankovits,

                     University of Debrecen, Debrecen, Hungary, 13-15 October 2016. MTMT

          c3       Attila Nemes, Feasible Time and Energy Optimal, Minimum Oscillations Trajectory Design, Proceedings

                     of the XXXII Kandó Conference (KSC), pp. 1-24, Óbuda University, Budapest, Hungary, 2016 november

                     17. MTMT

          c4       Simon János, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6, 2017. MTMT

 

G6. Mester Gyula, ARWU egyetemi világranglista, Vajdasági Magyar Tudóstalálkozó, Szabadka,

Szerbia, 2013, április 13, Tudományos Diszkurzusok konferenciakötet, pp. 274-279, ISBN 978-86-

89095-04-3, szerkesztő: Berényi János, Vajdasági Magyar Akadémiai Tanács, p. 358, Újvidék,

2013. április 13.

Research Gate, Google Scholar, MTMT.

          c1       Gyula Mester, Merenje rezultata naučnog rada, pp. 445-453, Tehnika-Mašinstvo 64, 3, ISSN 0040-2176,

                     Beograd, Srbija, 2015. MTMT

          c2       Gyula Mester, invited lecture, Merenje rezultata naučno-istraživačkog rada, pp. 1-11, DOI: 10.13140/RG.

                     2.1.4411.1204, Mašinski Fakultet, Univerzitet u Beogradu, Beograd, Serbia, 27 February, 2014. MTMT

          c3       Mester Gyula, Egyetemi világranglisták 2017, Bánki Közlemények, Vol.1, No.1, pp. 89-92, ISSN 2560-

                     2810, 2018. MTMT

       „Egy világszínvonalú egyetem a következő szempontok alapján jellemezhető: oktatása és kutatási eredmé-

       nyei nemzetközileg elismertek, színvonalas oktatókkal és ezető kutatókkal rendelkezik, jelentősen hozzá-

       járul a tudomány, gazdaság és a társadalom fejlődéséhez, nemzetközi hírneve van, végzős hallgatói jelen-

       tős gazdasági és társadalmi pozícióba kerülnek, színvonalas doktori iskolákkal rendelkeznek [6-8].”

 

G7. Gyula Mester, Személyi robotikai platformok fejlesztése és alkalmazása, A Magyar Tudomány

Napja a Délvidéken 2010, VMTT Konferencia 2010.11.12, könyvfejezet, pp. 572-579, Vajdasági

Magyar Tudományos Társaság, szerkesztő: Szalma József, ISBN 978-86-88077-03-3, p. 607, Újvi-

dék, Szerbia, 2011.

Research Gate, Google Scholar, MTMT.

 

G8. Gyula Mester, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken 2010, VMTT Konferencia 2010.11.13, könyvfejezet, pp. 470-482, Vajdasági Magyar Tudományos Társaság, szerkesztő: Szalma József, ISBN 978-86-88077-02-6, p. 539, Újvidék, Szerbia, 2011.

Research Gate, Google Scholar, MTMT.

          c1       Daniel Tokody, Imre János Mezei, György Schuster, An Overview of Autonomous Intelligent Vehicle

                     Systems, in: Jármai K., Bolló B.(eds) Vehicle and Automotive Engineering, ISBN 978-3-319-51188-7,

                     Part of the Lecture Notes in Mechanical Engineering book series (LNME), pp. 287-307, DOI: 10.1007/

                     978-3-319-51189-4_27, Springer, Cham, 2017.

                     Web of Science, Scopus, MTMT

          c2       Tokody Dániel, Mezei János Imre, Schuster György, Autonóm intelligens járművek helyzete Európában,

                     Köztes Európa, Társadalomtudományi folyóirat, A Virtuális Intézet Közép-Európa Kutatására Közlemé-

                     nyei, Felelős kiadó: Egyesület Közép-Európa Kutatására, VIII évfolyam, 1-2 szám, pp. 199-206, ISSN

                     2064-437X, 2016. MTMT

                     „A vezető nélküli autonóm járműveket három fő csoportba sorolhatjuk az UGV (Unmanned Ground

                     Vehicles) azaz az ember nélküli szárazföldi járművek, az UMV (Unmanned Marine Vehicles) azaz az

                     ember nélküli vízi járművek és az UAV (Unmanned Aerial Vehicles) ember nélküli légi járművek

                     (Mester, 2010).”

          c3       János Simon, Autonomous Wheeled Mobile Robot Control, Interdisciplinary Description of Complex

                     Systems, Indecs, Vol. 15, Issue 3, pp. 222-227, DOI: 10.7906/indecs.15.3.6 2017. MTMT

                     „In this section fuzzy control is applied to the navigation of the autonomous wheeled mobile robotic

                     platform in unstructured environments with obstacles and slopes [10-15].”

          c4       Mezei János Imre, Lazányi Kornélia, A fővárosi tömegközlekedés megítélése és az önvezető járművekkel

                     való utazási hajlandóság vizsgálata, in: Csiszárik-Kocsir, Ágnes; Garai-Fodor, Mónika (edit.) Vállalkozás-

                     fejlesztés a XXI. században VIII/2, Makro és mikrokörnyezeti trendek és kihívások a vállalkozásfejlesztés-

                     ben, Budapest, Magyarország, Óbudai Egyetem, Keleti Károly Gazdasági Kar, pp. 150-158, 2018.MTMT

G9. Mester Gyula, Nano-és mikrorobotok, Magyar Tudomány Napja a Délvidéken 2009, VMTT

Konferencia, 2009.11.07, könyvfejezet, pp. 517-526, Vajdasági Magyar Tudományos Társaság,

szerkesztő: Szalma József, ISBN 978-86-88077-00-2, p. 567, Újvidék, Szerbia, 2010.

Research Gate, Google Scholar, MTMT

          c1       Mester Gyula, Szerviz robotok, A Magyar Tudomány Napja a Délvidéken, VMTT, pp. 470-482, ISBN

                     978-86-88077-02-6, Újvidék, Szerbia, 2011. MTMT

          c3       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

 

G10. Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008,

VMTT Konferencia, 2008.11.08, könyvfejezet, pp. 390-399, Vajdasági Magyar Tudományos

Társaság, szerkesztő: Szalma József, ISBN 978-86-83581-46-7, p. 445, Újvidék, Szerbia, 2009.

Research Gate, MTMT.

              c1           Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT 

 

G11. Gyula Mester, Lépegető humanoid robotok mozgástervezése, Magyar Tudomány Napja a Dél-

vidéken 2007, VMTT Konferencia 2007.11.10, könyvfejezet, pp.267-273, Vajdasági Magyar Tudo-

mányos Társaság, szerkesztő: Szalma József, ISBN 978-86-83581-44-3, p. 339, Újvidék, Szerbia,

2008.

Research Gate, Google Scholar, MTMT. 

          c1       Gyula Mester, Aleksandar Rodic, Contribution to the Simulation of Humanoid Kondo Robot, Annals of

                     Faculty Engineering Hunedoara - International Journal of Engineering, Tome IX, Fascicule 1, pp. 73-78,

                     ISSN 1584 - 2665, http://annals.fih.upt.ro/pdf-full/2011/ANNALS-2011-1-08. pdf, 2011. MTMT

          c2       Gyula Mester, Robotizált intelligens otthonok, Magyar Tudomány Napja a Délvidéken 2008, könyvfejezet,

                     pp. 390-399, ISBN 978-86-83581-46-7, Újvidék, Szerbia, 2008. MTMT

          c3      Mester Gyula, Kétlábon járó robot modellezése, Informatika a felsőoktatásban 2008, Konferenciakiadvány,

                     pp. 1-8, ISBN 978-963-473-129-0, Debrecen, augusztus 27-29 2008. MTMT

          c4       Mester Gyula, Robotika, p. 150, ISBN 978-963-279-515-7, Typotex Kiadó, Budapest, 2011. MTMT

          c5       Gyula Mester, Contribution to the Simulation of Biped Robot Using 19-DOF, Proceedings of the Internati-

                     onal Symposium on Advanced Engineering &Applied Management 40^th Anniversary in Higher Education,

                     ISBN: 978-973-0-09340-7, pp. 225-230, Hunedoara, Romania, 4-5.11.2010. MTMT

 

G12. Gyula Mester, Internet technológiák, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka,

Szerbia, 2008.

          c1      Gyula Mester, Internet tehnologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia,

                     2008. MTMT.

 

G13. Gyula Mester, Internet tehnologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola,

Szabadka, Szerbia, 2008. MTMT.

 

G14. Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007.

MTMT.

 

G15. Gyula Mester, Web programozás, p. 142, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

Montenegro, 2004.

Google Scholar, MTMT

          c1       Zlatko Covic, Janos Simon, Tibor Szakall: Egy főiskolai honlap implementaciója különböző WEB szolgál-

                     tatásokkal, IKT 2005, Informatika Korszerű Technikái konferencia kiadvány, pp. 147-154, Dunaújváros,

                     november 17-18, 2006. MTMT

          c2       Gyula Mester, Internet technológiák, tankönyv, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szer-

                     bia, 2008. MTMT

         c3       Gyula Mester, Internet technologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szer-

                     bia, 2008. MTMT

 

G16. Gyula Mester, Web alkalmazásfejlesztés, tankönyv, p. 112, Szeged Tudományegyetem,

Szegedi Élelmiszeripari Főiskolai Kar, Szeged, 2002.

Google Scholar, MTMT.

          c1       Gyula Mester, Tibor Mester, Building Applications of XML Web Services, Annals of the Faculty of Engi-

                      neering Hunedoara, International Journal of Engineering, Vol 2, Issue 1, pp. 5-8, ISSN 1584-2665,

                      Timisoara, Romania, 2004. MTMT

           c2       Gyula Mester, XML web szolgáltatások fejlesztése és alkalmazása NET környezetben, Tudományos Kon-

                      ferencia Európai Kihívások 2, konferenciakiadvány, pp. 40-44, ISBN 9632102363, SZTE, SZÉF, Szeged,

                      május 16 2003, Hungary. MTMT

           c3       Gyula Mester, Internet technológiák, tankönyv, p. 123, Szabadkai Műszaki Szakfőiskola, Szabadka, Szer-

                      bia, 2008. MTMT

          c4       Gyula Mester, Internet technologije, tankönyv, p. 127, Szabadkai Műszaki Szakfőiskola, Szabadka, Szer- 

                      bia, 2008. MTMT

          c5       Gyula Mester, Multimédia, p. 120, Szabadkai Műszaki Szakfőiskola, Szabadka, Szerbia, 2007. MTMT

 

G17. Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka,

Szerbia és Montenegro, 2002. MTM

          c1       Simon János, Kézikönyv a robotikai gyakorlatokhoz, Szabadkai Műszaki Főiskola, pp. 1-121, Szabadka,

                     Szerbia, 2011. MTMT

          c2       Simon János, Priručnik za vežbe iz robotike, Szabadkai Műszaki Főiskola, pp. 1-136, Szabadka, Szerbia,

                     2011. MTMT

 

G18. Gyula Mester, Intelligens Rendszerek, tankönyv, p.166, Szegedi Tudományegyetem, Szegedi

Élelmiszeripari Főiskolai Kar, Szeged, 2001.

Google Scholar, MTMT.

          c1       Janos Gyeviki, Kalman Rozsahegyi, Sliding Mode Control of a Servopneumatic Positioning System, Uni-

                     versity of Szeged, College Faculty of Food Engineering Szegedi Tudományegyetem Szegedi Élelmi-

                     szeripari Főiskolai Kar, Tudományos Közlemények 24, pp. 65-69, Szeged, Hungary, 2003. MTMT

          c2       Janos Gyeviki Kalman Rozsahegyi, DSP-based Control of a Servopneumatic Positioning System, Univer-

                     sity of Szeged, College Faculty of Food Engineering Szegedi Tudományegyetem, Szegedi Élelmiszeripari

                     Főiskolai Kar, Tudományos Közlemények 24, pp.60-64, Szeged, Hungary, 2003. MTMT

          c3      Janos Gyeviki, Nemlíneáris holtidős szabályozási körök vizsgálata, Proceedings of the SZTE, SZÉF, pp.

                    11-15, Szeged, Hungary, 2003. MTMT

                 

G19. Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki

Főiskola, Szabadka, Szerbia és Montenegró, 2001. MTMT.

          c1       Janos Gyeviki, Zoltan Fabulya, Sarosi Jozsef, Fuzzy logika megvalósítása C-nyelven, Szegedi Tudomány-

                     egyetem Szegedi Élelmiszeripari Fõiskolai Kar, Tudományos Közlemények, Vol. 22, pp. 40-45, ISSN 02-

                     38-3756, Szeged, Hungary, 2001. MTMT

          c2       Simon János, Kézikönyv a robotika gyakorlathoz, pp. 121, Szabadkai Műszaki Föiskola, Szabadka 2001.

                     MTMT

          c3       Gyula Mester, Multimedia Presentation the Procedure Based on the D-H Convention, Proceedings of the

                     21^th International Scientific Conference Information Technology in Education of Informatics, Electrical

                     and Mechanical Engineers, pp. 83-86, ISBN 86-85409-03-9, Subotica, Serbia and Montenegro, 6-7 May,

                     2004. MTMT

 

G20. Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 288, Szabadkai Műszaki

Főiskola, Szabadka, Szerbia és Montenegró, 2000.  MTMT

G21.  Gyula Mester, Mehanika Industrijskih Robota - I deo Kinematika Robota, p. 74, Szabadkai

Műszaki Főiskola, Szabadka, Szerbia és Montenegro, 1990. MTMT.

          c1       Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola,

                     Szabadka, Szerbia és Montenegro, 2001. MTMT

          c2       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

G22. Gyula Mester, SIMROB, p. 50, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és Monte-

negro, 1991. MTMT.

 

G23. Gyula Mester, Mehanika Industrijskih Robota – II deo Dinamika Robota, p. 66, Szabadkai

Műszaki Főiskola, Szabadka, Szerbia és Montenegro, 1990.

MTMT.

          c1       Gyula Mester, Intelligens robotok és rendszerek, tankönyv, p. 236, Szabadkai Műszaki Főiskola, Szabad-

                     ka, Szerbia és Montenegro, 2001. MTMT

          c2       Gyula Mester, Inteligentni roboti i sistemi, p. 258, Szabadkai Műszaki Főiskola, Szabadka, Szerbia és

                     Montenegro, 2002. MTMT

 

2025.11.28                                                                               Prof. Dr. Mester Gyula/Gyula Mester

https://orcid.org/0000-0001-7796-2820

https://scholar.google.com/citations?hl=en&user=7HP6cEMAAAAJ

https://www.semanticscholar.org/author/G.-Mester/31991056