Zenon Kulpa

Zenon Kulpa: Erratum to "A diagrammatic approach to investigate interval relations": [J. Vis. Lang. Comput. 17 (2006) 466-502]. J. Vis. Lang. Comput. 18(4): 454 (2007)

Zenon Kulpa: A diagrammatic approach to investigate interval relations. J. Vis. Lang. Comput. 17(5): 466-502 (2006)

Zenon Kulpa: Designing Diagrammatic Catalogues of Types of Basic Interval Equation: A Case Study. MKM 2005: 283-298

Truong Lan Le, Zenon Kulpa: Diagrammatic Spreadsheet: An Overview. Diagrams 2004: 420-423

Zenon Kulpa: On Diagrammatic Representation of Mathematical Knowledge. MKM 2004: 190-204

Zenon Kulpa: Diagrammatic Analysis of Interval Linear Equations - Part I: Basic Notions and the One-Dimensional Case. Reliable Computing 9(1): 1-20 (2003)

Zenon Kulpa: Diagrammatic Analysis of Interval Linear Equations - Part II: The Two-Dimensional Case and Generalization to n Dimensions. Reliable Computing 9(3): 205-228 (2003)

Zenon Kulpa: A Diagrammatic Notation for Interval Algebra. Diagrams 2000: 471-474

Zenon Kulpa: Diagrammatic Representation of Interval Space in Proving Theorems about Interval Relations. Reliable Computing 3(3): 209-217 (1997)

Zenon Kulpa: More about areas and perimeters of quantized objects. Computer Vision, Graphics, and Image Processing 22(2): 268-276 (1983)

Zenon Kulpa, Björn Kruse: Algorithms for circular propagation in discrete images. Computer Vision, Graphics, and Image Processing 24(3): 305-328 (1983)

Zenon Kulpa: Universal Digital Image Processing Systems in Europe - a Comparative Survey. Digital Image Processing Systems 1981: 1-20

Zenon Kulpa, Janusz Dernalowicz, Henryk T. Nowicki, Andrzej Bielik: COP-2/K-202: A Universal Digital Image Analysis System. Digital Image Processing Systems 1981: 169-199

Leonard Bolc, Zenon Kulpa (Eds.): Digital Image Processing Systems. Lecture Notes in Computer Science 109, Springer 1981, isbn 3-540-10705-3

Zenon Kulpa: On the Equivalence of Planar Grammars and Parallel Picture Processing Algorithms. MFCS 1974: 307-312

Ryszard S. Michalski, Zenon Kulpa: A System of Programs for the Synthesis of Switching Circuits Using the Method of Disjoint Stars. IFIP Congress (1) 1971: 61-65