References
- Chytil M. K. Mathematical methods as cognitive problem solvers. Kybernetes 1980; 9: 197–205
- Bunge M. Scientific Research, I. Springer Verlag, Berlin, Heidelberg and New York 1967; 3–519
- Moiseeva N. I., Simonov M. Yu., Sysuev V. M. Automated selection of adequate mathematical methodology to processing the data of medical‐biological examination. Autamedica 1979; 3: 29–37
- Coles L. S. Techniques for Information Retrieval Using as Inferential Question‐Answering System with Natural Language Input. Stanford Research Institute. 1972; 62–83, Technical Note 74
- Fikes R. E., Hart P. E., Raphael B. Themes in automatic problem solving. Computer May, 1973; 11–17
- Buchanan B. G., Sutherland G. L., Feigenbaum E. A. Rediscovering some problems of artificial intelligence in the context of organic chemistry. Machine Intelligence 1970; 5: 253–280
- Raphael B. A computer program which ‘understands’. Proceedings—Fall Joint Computer Conference 1964; 577–589
- Expert Systems in the Micro‐Electronic Age, D. Michie. Edinburgh University Press. 1980; 1–287, 1976
- Shortliefe E. H. Computer‐Based Medical Consultations: MYCIN. Artificial Intelligence Series 2, Elsevier, New York 1976; 1–242
- Hájek P., Havel I., Chytil M. The GUHA method of automatic hypotheses determination. Computing 1966; 1: 293–308
- Woods W. A., Kaplan R. M., Nash‐Weber B. The Lunar Sciences Natural Language Information System: Final Repor. Bolt, Beranek and Newman, Inc., Cambridge, Massachusetts 1972; 1–39, BBN Report No. 2378
- Weiss S., Kulikowski C. A., Safir A. Glaucoma consultation by computer. Computers in Biology and Medicine 1978; 8: 25–40
- Friedlant P. E. Knowledge‐based experiment design in molecular genetics. Stanford Heuristic Programming Project MEMO HPP‐79–29 1979; 1–128
- Turing A. M. Computing machinery and intelligence. Mind 1950; LIX: 436–460
- Firschein O., Fischler M. A., Coles L. S., Tenenbaum J. M. Forecasting and assessing the impact of artificial intelligence on society. Third International Joint Conference on Artificial Intelligence. Stanford 1973; 105–120
- Chytil M. K. Automation of the experimental scientific problem solving, (in Czech). Proceedings of the Fourth Seminar on Experimental Modelling and Stochastic Problem Solving. Czechoslovak Academy of Sciences, Liblice u Prahy 1979; 219–232
- Lenat D. B. The ubiquity of discovery. Artificial Intelligence 1977; 9: 257–285
- Chytil M. K. An outline of the architecture of the mathematical method GUHA '79. The GUHA‐Notes No. 168 and 169, GUHA‐Circle CSAV, The Prague 1979; 1–33
- Havranek T. The present state of the GUHA software. International Journal of Man‐ Machine Studies 1981; 15: 253–264
- Hájek P., Havránek T. An application of AI to data analysis. The GUHA‐Notes, No. 190, GUHA‐Circle CSAV, The Prague 1980; 1–34
- Collins A. Why cognitive science. Cognitive Science 1977; 1: 1–2
- Chytil M. K. Towards cognitive science and cognitive engineering. Teorie rozvoje vědy 1980; IV/4: 101–121