Computing with WordsPaul P. Wang Wiley, 30.04.2001 - 466 Seiten Fuzzy logic refers to a computer's ability to make decisions involving "grey" or "fuzzy" areas. As linguistics contains numerous "grey" areas, computing with words through the use of fuzzy logic is an extremely hot topic in database and Internet research. This book explores the state of the art in linguistic computation, discussing how current research findings are extending the application of fuzzy logic beyond control engineering and intelligent systems into the use of language on a computer. Fuzzy logic pioneer, Dr. Lofti Zadeh, provides the introduction for this thought-provoking work. |
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Seite 312
... table - based methodology is presented , which demonstrates how metalinguistic expressions are transformed into fuzzy pro- positional expressions . Fuzzy truth table methodology is applied to drive fuzzy disjunctive and fuzzy ...
... table - based methodology is presented , which demonstrates how metalinguistic expressions are transformed into fuzzy pro- positional expressions . Fuzzy truth table methodology is applied to drive fuzzy disjunctive and fuzzy ...
Seite 313
... Table 10.2 . It is well known that DNF ( · ) = CNF ( · ) , due to the axioms of classical set and logic theory shown in Table 10.4 . It will be shown that FDNF ( - ) CFCNF ( - ) in Section 10.4.3 , due to monotonicity , and a subset of ...
... Table 10.2 . It is well known that DNF ( · ) = CNF ( · ) , due to the axioms of classical set and logic theory shown in Table 10.4 . It will be shown that FDNF ( - ) CFCNF ( - ) in Section 10.4.3 , due to monotonicity , and a subset of ...
Seite 425
... Table 13.1 . Unfortunately , since s ( t ) is a recorded sampled time sequence with a fixed sam- pling rate , we ... Table 13.2 . The simulation results of computational verb rule with adverbs are shown in Figure 13.20 . By inspecting ...
... Table 13.1 . Unfortunately , since s ( t ) is a recorded sampled time sequence with a fixed sam- pling rate , we ... Table 13.2 . The simulation results of computational verb rule with adverbs are shown in Figure 13.20 . By inspecting ...
Inhalt
MEYSTEL Department of Electrical and Computer Engineering | 1 |
FROM COMPUTING WITH NUMBERS TO COMPUTING WITH | 32 |
THE PROBLEMS | 69 |
Urheberrecht | |
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adverbs agents aggregation algorithms analysis applications approach artificial intelligence Bandler basic BK-products body systems Clinaid cognitive linguistic cognitive sciences complex computational semiotics computational verb computing with words concept constraint propagation context coreference crisp decision defined Definition domain dynamic entities environment example expressed extraction FDNF Figure formal front end fuzzy constraint fuzzy graph fuzzy information granulation fuzzy logic fuzzy relations Fuzzy Sets Syst grammar granularity human identified IEEE important inference input intelligent systems interpretation knowledge representation L. A. Zadeh L. J. Kohout labels language discourse linear linguistic terms linguistic variable mathematical meaning natural language processing neural objects operator perceptions performance phrase precision predicate principle problem Proc procedures propositions query reasoning relational computations relational structures represented rules SCIP Section semantic semiotic descriptors sentence specific syntactic texts theory tion truth tables ural language values WordNet
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