Book contents
- Frontmatter
- Contents
- List of contributors
- Preface
- 1 Unification
- 2 Representations and interpretations
- 3 Syntactic categories and semantic type
- 4 Fine-structure in categorial semantics
- 5 Properties, propositions and semantic theory
- 6 Algorithms for semantic interpretation
- 7 Situation schemata and linguistic representation
- 8 Application-oriented computational semantics
- 9 Form and content in semantics
- 10 Epilogue: on the relation between computational linguistics and formal semantics
- Bibliography
9 - Form and content in semantics
Published online by Cambridge University Press: 05 June 2012
- Frontmatter
- Contents
- List of contributors
- Preface
- 1 Unification
- 2 Representations and interpretations
- 3 Syntactic categories and semantic type
- 4 Fine-structure in categorial semantics
- 5 Properties, propositions and semantic theory
- 6 Algorithms for semantic interpretation
- 7 Situation schemata and linguistic representation
- 8 Application-oriented computational semantics
- 9 Form and content in semantics
- 10 Epilogue: on the relation between computational linguistics and formal semantics
- Bibliography
Summary
INTRODUCTION
This paper is written from the point of view of one who works in artificial intelligence (AI): the attempt to reproduce interesting and distinctive aspects of human behaviour with a computer, which, in my own case, means an interest in human language use.
There may seem little of immediate relevance to cognition or epistemology in that activity. And yet it hardly needs demonstration that AI, as an aspiration and in practice, has always been of interest to philosophers, even to those who may not accept the view that AI is, essentially, the pursuit of metaphysical goals by non-traditional means.
As to cognition in particular, it is also a commonplace nowadays, and at the basis of cognitive science, that the structures underlying AI programs are a guide to psychologists in their empirical investigations of cognition. That does not mean that AI researchers are in the business of cognition, nor that there is any direct inference from how a machine does a task, say translating a sentence from English to Chinese, to how a human does it. It is, however, suggestive, and may be the best intellectual model we currently have of how the task is done. So far, so well known and much discussed in the various literatures that make up cognitive science.
- Type
- Chapter
- Information
- Computational Linguistics and Formal Semantics , pp. 257 - 282Publisher: Cambridge University PressPrint publication year: 1992
- 4
- Cited by