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Pablo D. Slemenson“Lógica de lo preconciente”In a paper entitled, Toward a Theory of Fuzzy Information Granulation and itsCentrality in Human Reasoning and Fuzzy Logic (1997), he initiated a new approach tofuzzy logic which links fuzzy logic to granular computing. The theory described in thispaper is likely to have a major impact on fuzzy logic and its applications.In a paper entitled, From Computing with Numbers to Computing with Words -- FromManipulation of Measurements to Manipulation of Perceptions (1999), he initiated acomputational theory of perceptions based on computing with words. This new theorymay well become one of his most important contributions, with wide-rangingapplications in many fields of science and engineering.Lotfi Zadeh became Professor Emeritus in 1991 but remained active in teaching,research and professional service. Among his major professional contributions since hisretirement has been the initiation of the Berkeley Initiative in Soft Computing (BISC).BISC has over two thousand members and over one hundred institutional affiliates.Currently, Lotfi Zadeh is serving as a Professor in the Graduate School, UC Berkeley,and Director of BISC.The concept of soft computing -- which was introduced by Lotfi Zadeh in 1991 -- servesto highlight the emergence of computing methodologies in which the accent is onexploiting the tolerance for imprecision and uncertainty to achieve tractability,robustness and low solution cost. At this juncture, the principal constituents of softcomputing are fuzzy logic, neurocomputing, evolutionary computing and probabilisticcomputing, with the later subsuming belief networks, chaotic systems and parts oflearning theory. What is particularly important about soft computing is that it facilitatesthe use of fuzzy logic, neurocomputing, evolutionary computing and probabilisticcomputing in combination, leading to the concept of hybrid intelligent systems. Suchsystems are rapidly growing in importance and visibility.Currently, Lotfi Zadeh's work is focused on the development of the methodology ofcomputing with words and the computational theory of perceptions. The computationaltheory of perceptions may be viewed as a new direction in fuzzy logic.Apendice 310
Pablo D. Slemenson“Lógica de lo preconciente”Summary of principal contributions1. Development of a frequency-domain based theory of time-varying networks, 1949.2. Extension of Wiener's theory of prediction, with J.R. Ragazzini, 1950.3. Development of the z-transform approach, with J.R. Ragazzini, 1952.4. Development of a theory of nonlinear filters, 1953.5. Formulation of the problem of system identification, 1956.6. Initiation of the state-space approach to the analysis of linear systems, with C.A.Desoer, 1963.7. Initiation of the theory of fuzzy sets, 1965.8. Development of a theory of decision-making in a fuzzy environment, with R.E.Bellman, 1970.9. Introduction of the concepts of a linguistic variable and fuzzy if-then rules, 1973.This work laid the foundation for fuzzy logic control and most of the currentapplications of fuzzy logic.10. Development of possibility theory, 1978.11. Development of PRUF - a meaning representation language for natural languages,1978.12. Development of a theory of approximate reasoning, 1979.13. Development of a theory of ususality and commonsense reasoning, 1985.14. Development of test-score semantics for natural languages, 1986.15. Development of the concept of a generalized constraint, 1986.16. Development of dispositional logic, 1988.17. Initiation of the calculii of fuzzy rules, fuzzy graphs and fuzzy probabilities, 1991.18. Development of Soft Computing, 1991.19. Development of Computing with Words, 1996.20. Development of a theory of fuzzy information granulation, 1997.21. Development of a Computational Theory of Perceptions, 1998.22. Development of Precisiated Natural Language, 2000.23. Development of a perception-based theory of probabilistic reasoning, 2001.24. Development of the concept of generalized definability, 2001.Primary publications of Lotfi A. ZadehApendice 311
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