Programming means for simulation of logical networks. III

 Access to full text

 Full (PDF)

1. E. Kindler, Basic facilities of application of mathematical modelling in life sciences, Acta Univ. Carol, medica. 15 (1969). (1969) 
2. V. Dupač J. Hájek, Pravděpodobnost ve vědě a technice, NČSAV, Praha 1962. (1962) MR0153062
3. S. C. Kleene, Representation of events in neuron networks and finite automata, Automata studies, Princeton 1956. (Russian translation: Avtomaty, Moscow 1956.) (1956) MR0077478
4. A. T. Bharucha, Reid, Elements of the theory of Markov processes and their applications, New York, Toronto 1960. (1960) Zbl0095.32803MR0112177
5. Stroje na zpracování informací, (Information processing machines), No. 1, Prague 1953. (1953) 
6. J. W. Backus a kol., Programování v jazyku ALGOL, Praha SNTL 1963. (1963) 
7. J. Szcepkowicz, Autokód MOST 1, Kancelářské stroje, Hradec Králové 1966. (1966) 
8. Autokód pro samočinný počítač NE 803, Kancelářské stroje, Praha 1963. (1963) 
9. O.-J. Dahl K. Nygaard, SIMULA, a language for programming and description of discrete event systems, Introduction and user's manual. 5th edition. Oslo 1967. (1967) 
10. V. Černý J. Púr, Příručka programátora samočinného počítače ODRA 1013, Kancelářské stroje, Hradec Králové 1967. (1967) 
11. O.-J. Dahl, Discrete event simulation languages, Norsk Regnesentralan, Oslo 1967. (1967) 
12. Simulation programming languages, Proceedings of the IFIP working conference on simulation programming languages, Oslo 1967, North-Holland Publishing Co., Amsterdam 1968. (1967) 
13. R. D. Brennan, Continuous system modeling programs state-of-the-art and prospectus for development, In [12], 371-394. 
14. System/360 continuous system modeling program User's Manual, IBM 1967. (1967) 
15. E. Kindler, COSMO (Compartmental system modelling), description of a programming system, In [12], 402-424. 
16. E. Kindler, Simulation System COSMO - description of its language and compiler, Kybernetika 5 (1969), 4, 287-312. (1969) 
17. E. Kindler, Computer software for modelling of compartmental systems, In: Computers in radiology - proceedings of the international meeting, Brussels 1969. S. Karger, Basel, München, Paris, New York 1970, pp. 444-447. (1969) 
18. E. Kindler, Styk lékaře s počítačem, Lékař a technika 1 (1970), 1, 10-11. (1970) 
19. E. Kindler, Použití kompartmentových systémů k modelování živých organismů, Biologické listy 35 (1970), 3, 161-166. (1970) 
20. E. Kindler, Automatic modelling of compartmental systems, In: Information processing 68. North-Holland Publishing Co., Amsterdam 1969, pp. 1502-1505. (1969) 
21. C. W. Sheppard, Basic principles of tracer method, J. Wiley, New York, London 1962. (1962) MR0130014
22. A. Rescigno G. Segre, La cinetica dei farmaci e dei traccianti radioattivi, Edit. Univ. Boringheri, Torino 1961. (1961) 
23. A. van Wijngaarden B. J. Mailloux J. E. L. Peck C. H. A. Coster, Draft report on the algorithmic language ALGOL 68, Mathematisch centrum, Amsterdam 1968. (1968) 
24. J. V. Garwick, Do we need all these languages?, In [12], pp. 143-155. 
25. O.-J. Dahl K. Nygaard, Class and subclass declaration, In [12], pp. 158-171. 
26. O.-J. Dahl, Bjorn Myhrhang K. Nygaard, SIMULA 67 Common base language, Norsk Regnecentralen, Oslo 1968. (1968) 
27. O.-J. Dahl K. Nygaard, SIMULA 67 common base definition, Norsk Regnecentralen, Oslo 1967. (1967) 
28. E. Kindler, MINICOSMO - universal generator of steady state compartmental system model, Acta Univ. Carol, medica 16 (1970), 3/4, 281-294. (1970)