Dynamic Syntax
The Flow of Language Understanding
Published on 30. November 2000
Book
Hardback
360 pages
978-0-631-17612-1 (ISBN)
Description
This ground-breaking volume sets out an original model of the dynamics of language processing, which can be used to explain the structural properties of language in a simple and elegant way. The model is introduced both informally and formally, and is applied to a range of languages.
Reviews / Votes
"The framework of Dynamic Syntax is the most exciting new development in syntactic theory to emerge in recent years. As well as providing a full introduction to the framework, this book provides in-depth discussions of relative clause constructions, wh questions and crossover phenomena in a range of languages including English, Arabic and Japanese. This book is likely to become a classic and will be of interest to all those interested in the syntactic modelling of natural languages." Ronnie Cann, University of Edinburgh"This is an important book and ... the ideas presented in it deserve the close attention of syntacticians and semanticists." Linguist List
More details
Language
English
Place of publication
Hoboken
United Kingdom
Publishing group
John Wiley and Sons Ltd
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 254 mm
Width: 180 mm
Thickness: 33 mm
Weight
839 gr
ISBN-13
978-0-631-17612-1 (9780631176121)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Persons
Ruth Kempson is Leverhulme Research Professor of Linguistics at the Department of Philosophy, King's College London. She is editor of Mental Representations (1988) and Deduction and Language (1995). Wilfried Meyer-Viol is Lecturer in the Department of Philosophy at King's College London. He is a logician with a background in psychology who has published on cognitive psychology and on classical, intuitionistic and modal logic.
Dov Gabbay is Professor of Computer Science at King's College London. He is one of the world's foremost authorities on non-classical logics and their applications in computing. He has published over 170 papers and books on this subject, and initiated several currently active research areas in logic and computation.
Dov Gabbay is Professor of Computer Science at King's College London. He is one of the world's foremost authorities on non-classical logics and their applications in computing. He has published over 170 papers and books on this subject, and initiated several currently active research areas in logic and computation.
Content
1.Towards a Syntactic Model of Interpretation. Natural Language as a Formal Language?.
Underspecification in Language Processing.
The Representational Theory of Mind.
Pronominal Anaphora: Semantic Problems.
The Problem of Multiple Ambiguity.
The Problem of Uniqueness.
The Problem of Indirect Reference.
Quantification.
Syntactic Processes of Anaphora.
The Anaphora Solution -- Towards a Representational Account.
2. The General Framework.
A Preliminary Sketch.
The Data Structures of the Parsing Model.
Atomic Formulae.
Tree Modalities.
Basic Tree Structures.
Partial Tree Structures.
Requirements.
Descriptions of Tree Structures.
3. The Dynamics of Tree Building.
The Parsing Process - A Sketch.
A Basic Example.
A Left-Dislocation Example.
Verb-final Languages and the Grammar-parser Problem.
The Parsing Process Defined.
Computational Rules.
Lexical Transitions.
Pragmatic Actions and Lexical Constraints.
Summary.
4. Linked Tree Structures.
Relative Clauses -- Preliminaries.
The LINK Relation.
The Data Reviewed.
The Analysis -- A Sketch for English.
Defining Linked Tree Structures.
Relativisers Annotating Unfixed Nodes.
Relatives: Towards a Dynamic Typology.
Relativisers Projecting a Requirement.
Variation in Locality.
Topic Structures and Relatives.
Variation in Order -- Head-Final Relatives.
Head-internal Relatives.
The Potential for Lexical Variation.
Genitive Constructions as LINK Structures.
Summary.
5. Wh Questions: A General Perspective.
Introduction.
The Semantic Diversity of wh Questions.
Scopal Properties of wh Expressions.
Wh-initial vs wh-in-situ Structures.
Wh-in-situ Structures.
Wh-in-situ from a Dynamic Perspective.
Expletive wh Structures.
Partial Movement.
Partial Movement as a Reflex of a Requirement.
Wh Expressions and Scope Effects.
6. Crossover Phenomena.
Crossover -- The Problem.
Crossover -- The Dynamic Account.
Crossover in Relatives.
Crossover Phenomena in Questions.
Summary.
7. Quantification Preliminaries.
Introduction.
Scope Effects and Indefinites.
Quantification.
Quantified NPs.
Scope.
Term Reconstructions.
Applications -- E-type Anaphora.
8. Reflections on Language Design.
The Overall Perspective.
Underspecification and the Formal Language Metaphor.
English is not a Formal Language.
Wellformedness and Availability of Interpretations.
Universals and Language Variation.
On Knowledge of Language.
9. Appendix: The Formal Framework.
Introduction.
Declarative Structure.
Feature Decorated Tree Construction.
Goal-directedness.
The Structure of Goal-directed Pointed Partial Tree Models.
Tree Descriptions.
Procedural Structure.
Actions over Goal-directed Partial Tree Models.
Natural Languages.
Axioms.
Finite Binary trees.
Partial Trees.
Requirements.
Actions.
Partial Order.
Logical Forms.
Computational Rules.
Update Actions.
Pragmatic Actions.
General Index.
Symbol Index.
Underspecification in Language Processing.
The Representational Theory of Mind.
Pronominal Anaphora: Semantic Problems.
The Problem of Multiple Ambiguity.
The Problem of Uniqueness.
The Problem of Indirect Reference.
Quantification.
Syntactic Processes of Anaphora.
The Anaphora Solution -- Towards a Representational Account.
2. The General Framework.
A Preliminary Sketch.
The Data Structures of the Parsing Model.
Atomic Formulae.
Tree Modalities.
Basic Tree Structures.
Partial Tree Structures.
Requirements.
Descriptions of Tree Structures.
3. The Dynamics of Tree Building.
The Parsing Process - A Sketch.
A Basic Example.
A Left-Dislocation Example.
Verb-final Languages and the Grammar-parser Problem.
The Parsing Process Defined.
Computational Rules.
Lexical Transitions.
Pragmatic Actions and Lexical Constraints.
Summary.
4. Linked Tree Structures.
Relative Clauses -- Preliminaries.
The LINK Relation.
The Data Reviewed.
The Analysis -- A Sketch for English.
Defining Linked Tree Structures.
Relativisers Annotating Unfixed Nodes.
Relatives: Towards a Dynamic Typology.
Relativisers Projecting a Requirement.
Variation in Locality.
Topic Structures and Relatives.
Variation in Order -- Head-Final Relatives.
Head-internal Relatives.
The Potential for Lexical Variation.
Genitive Constructions as LINK Structures.
Summary.
5. Wh Questions: A General Perspective.
Introduction.
The Semantic Diversity of wh Questions.
Scopal Properties of wh Expressions.
Wh-initial vs wh-in-situ Structures.
Wh-in-situ Structures.
Wh-in-situ from a Dynamic Perspective.
Expletive wh Structures.
Partial Movement.
Partial Movement as a Reflex of a Requirement.
Wh Expressions and Scope Effects.
6. Crossover Phenomena.
Crossover -- The Problem.
Crossover -- The Dynamic Account.
Crossover in Relatives.
Crossover Phenomena in Questions.
Summary.
7. Quantification Preliminaries.
Introduction.
Scope Effects and Indefinites.
Quantification.
Quantified NPs.
Scope.
Term Reconstructions.
Applications -- E-type Anaphora.
8. Reflections on Language Design.
The Overall Perspective.
Underspecification and the Formal Language Metaphor.
English is not a Formal Language.
Wellformedness and Availability of Interpretations.
Universals and Language Variation.
On Knowledge of Language.
9. Appendix: The Formal Framework.
Introduction.
Declarative Structure.
Feature Decorated Tree Construction.
Goal-directedness.
The Structure of Goal-directed Pointed Partial Tree Models.
Tree Descriptions.
Procedural Structure.
Actions over Goal-directed Partial Tree Models.
Natural Languages.
Axioms.
Finite Binary trees.
Partial Trees.
Requirements.
Actions.
Partial Order.
Logical Forms.
Computational Rules.
Update Actions.
Pragmatic Actions.
General Index.
Symbol Index.