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== III. Semantics and Semantic Networks == | == III. Semantics and Semantic Networks == | ||
: A. Requirements for a semantic representation | |||
: B. The canonical form myth | |||
: C. Semantics of semantic network notations | |||
: D. Intensions and extensions | |||
: E. The need for intensional representation | |||
: F. Attribute and "values" | |||
: G. Links and predication | |||
: H. Relations of more than two arguments | |||
: I. Case representations in semantic networks | |||
: J. Assertional and structural links | |||
== IV. Problems in Knowledge Representation == | == IV. Problems in Knowledge Representation == | ||
Revision as of 11:01, 8 March 2010
Foundations for Semantic Networks
William A. Woods
Bolt, Beranek and Newman
Cambridge, Massachusetts
Copyright © 1975 by Academic Press, Inc.
I. Introduction
II. What is Semantics?
- A. The philosopher and the linguist
- B. Procedural semantics
- C. Semantic specification of natural language
- D. Misconceptions about semantics
- E. Semantics of Programming Languages
III. Semantics and Semantic Networks
- A. Requirements for a semantic representation
- B. The canonical form myth
- C. Semantics of semantic network notations
- D. Intensions and extensions
- E. The need for intensional representation
- F. Attribute and "values"
- G. Links and predication
- H. Relations of more than two arguments
- I. Case representations in semantic networks
- J. Assertional and structural links
IV. Problems in Knowledge Representation
A. Relative clauses B. Representation of complex sentences C. Definite and indefinite entities D. Consequences of intensional nodes E. Functions and predicates F. Representing quantified expressions
V. Conclusion
References