Institute of Informatics>>> Department of Image Processing and Computer Graphics>>>

Magyarul

Selected Publications of the Department of Image Processing and Computer Graphics of the year 1986

Articles in journal or book chapters

1. Janos Csirik and Eors Mate. The probabilistic behaviour of the NFD bin packing algorithm. Acta Cybernetica, 7:241-245, 1986. [PDF]
   @ARTICLE{Csirik1986,
   AUTHOR = {Janos Csirik and Eors Mate},
   JOURNAL = {Acta Cybernetica},
   TITLE = {The probabilistic behaviour of the NFD bin packing algorithm},
   YEAR = {1986},
   PAGES = {241-245},
   VOLUME = {7},
   }
   


2. Endre Katona. A lattice model for cellular (systolic) algorithms. Parallel Computing, 3:251-258, 1986. [PDF]
   Abstract: In this paper a lattice model (here ``lattice'' means a net of points) is introduced for homogeneous cellular algorithms. On the basis of this model a transformation methodology is developed, which makes it possible to produce many different versions of a given cellular algorithm. These versions may have quite different structural properties, but they perform the same computation as the original algorithm. In this way a great variety of cellular algorithms can be offered to choose the best version in practice and, on the other hand, cellular algorithms can be classified according to their inherent structures.
   @ARTICLE{Katona1986b,
   AUTHOR = {Endre Katona},
   JOURNAL = {Parallel Computing},
   TITLE = {A lattice model for cellular (systolic) algorithms},
   YEAR = {1986},
   PAGES = {251-258},
   VOLUME = {3},
   }
   


3. Janos Mester, I Preda, G Kozmann, Eors Mate, L Regos, K Toth, Gyorgy Marosi, Zoltan Antaloczy, and Laszlo Csernay. Detection and localisation of ventricular preexcitation in Wolff-Parkinson-White syndrome (comparative study with body surface mapping). Nuclear Medicine Communications, 7:497-504, July 1986. [PDF]
   Abstract: 21 patients with Wolff-Parkinson-White (WPW) syndrome were investigated through radionuclide imaging and body surface mapping. Ventricular preexcitation was localized by display of identical phase ventricular regions (phase display). In 79% of the cases radioisotope and body surface mapping methods have identical results for the site of preexcitation. In two patients of the control group (10 patients with Lown-Ganong-Levine (LGL) syndrome), false positive outside-of septum ventricular preexcitation was detected, i.e. an 80% specificity. It is concluded that phase display might be a suitable method in the diagnosis of WPW syndrome. The sensitivity of this method can be improved using several views.
   @ARTICLE{Mester1986,
   AUTHOR = {Janos Mester and I Preda and G Kozmann and Eors Mate and L Regos and K Toth and Gyorgy Marosi and Zoltan Antaloczy and Laszlo Csernay},
   JOURNAL = {Nuclear Medicine Communications},
   TITLE = {Detection and localisation of ventricular preexcitation in Wolff-Parkinson-White syndrome (comparative study with body surface mapping)},
   YEAR = {1986},
   MONTH = {July},
   PAGES = {497-504},
   VOLUME = {7},
   }
   

Conference articles

1. Endre Katona. A Programming Language for Cellular Processors. In Proceedings of Parallel Computing, Berlin, GDR, pages 371-376, 1986. Elsevier (North-Holland). [PDF]
   Abstract: A cellular processor is a homogeneous array of microprogrammable Boolean processors. The cellular array is totally reconfigurable: groups of cells may form arithmetic processing elements (PEs) and these PEs can be interconnected by data channels. This structure can be described by a special graph (called cellular program graph) which is similar to a synchronous circuit model consisting of registers and combinational logic. A language is proposed for the description of such a graph offering a relatively high level programming tool for cellular processors.
   @INPROCEEDINGS{Katona1986,
   AUTHOR = {Endre Katona},
   BOOKTITLE = {Proceedings of Parallel Computing},
   TITLE = {A Programming Language for Cellular Processors},
   YEAR = {1986},
   ADDRESS = {Berlin, GDR},
   PAGES = {371-376},
   PUBLISHER = {Elsevier (North-Holland)},
   }
   


2. Endre Katona. Assembly-level Programming of Cellular Processors. In Proceedings of PARCELLA, Berlin, GDR, pages 94-100, 1986. Elsevier (North-Holland). [PDF]
   Abstract: We can agree that cell transition functions of a microprogrammed cellular processor form the same level of programming as machine instructions of a conventional computer, because both of them are replaced by microprograms in the course of execution. That is why we say ``assembly level programming'' of a cellular processor if transition functions are described in a given language, the compiler of which can generate an optimal microprogram to each transition function. In this paper cellular assembly languages will be characterized in general, and a cellular assembly program will be given as example for the Cellprocessor Prototype solving multiplication of Boolean matrices.
   @INPROCEEDINGS{Katona1986a,
   AUTHOR = {Endre Katona},
   BOOKTITLE = {Proceedings of PARCELLA},
   TITLE = {Assembly-level Programming of Cellular Processors},
   YEAR = {1986},
   ADDRESS = {Berlin, GDR},
   PAGES = {94-100},
   PUBLISHER = {Elsevier (North-Holland)},
   }
   


3. Peter Koles and Endre Katona. Cellular Solution Methods for Different Classes of Picture Processing Algorithms. In Proceedings of Parallel Computing, Berlin, GDR, 1986. Elsevier (North-Holland). [PDF]
   Abstract: The paper gives a classification of picture processing problems considering the input and output data structures and interrelationship between them, and general cellular solution methods are presented for each class. The structural similarity of picture processing algorithms and cellprocessors (both are based on local operations) guarantee the capability of cellprocessors to become powerful devices of picture processing.
   @INPROCEEDINGS{Koeles1986,
   AUTHOR = {Peter Koles and Endre Katona},
   BOOKTITLE = {Proceedings of Parallel Computing},
   TITLE = {Cellular Solution Methods for Different Classes of Picture Processing Algorithms},
   YEAR = {1986},
   ADDRESS = {Berlin, GDR},
   PUBLISHER = {Elsevier (North-Holland)},
   }
   

  This material is presented to ensure timely dissemination of scholarly and technical work. Copyright and all rights therein are retained by authors or by other copyright holders. All person copying this information are expected to adhere to the terms and constraints invoked by each author's copyright. In most cases, these works may not be reposted without the explicit permission of the copyright holder.

 This document was translated from BibTEX by bibtex2html