Primitive Elements of Grammatical Theory

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abstract language computation
Bare Phrase Structure
Cat Theory
Category=CFH
Category=CFK
Circular Permutation
Classifi Ers
computational
computational linguistics
Connective Pair
Constituent Structure
Den Dikken
eq_bestseller
eq_dictionaries-language-reference
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
External Merge
Functional Items
Galilean Style
generative grammar
Government Phonology
grammar
graph theoretic syntax
Jean Roger Vergnaud
language
linguistic symmetries
linguistics
Mass Count Distinction
Metrical Grids
metrical structure analysis
Narrow Syntax
Nominal Syntax
OCC
Otero
phonology
Predicate Inversion
Relative Clauses
scientific
Small Clause
Specifi Ers
structure
syntax
theoretical
universal grammar
Van Riemsdijk
Vergnaud
Vice Versa
Yi Dian
Yi Xie
Zubizarreta

Product details

  • ISBN 9780415705394
  • Weight: 700g
  • Dimensions: 152 x 229mm
  • Publication Date: 18 Oct 2013
  • Publisher: Taylor & Francis Ltd
  • Publication City/Country: GB
  • Product Form: Hardback
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This book is a compilation of manuscripts and publications from 2001-2010 by Jean-Roger Vergnaud, in collaboration with colleagues and students. This work is guided by the scientific belief that broader mathematical principles should guide linguistic inquiry, as they guide classical biology and physics. From this, Vergnaud’s hypotheses take the representation of the computational component of language to a more abstract level: one that derives constituent structure. He treats linguistic features as primitives, and argues that a 2 x n matrix allows for multiple discrete dimensions to represent symmetries in linguistic features and to derive the fabric of syntax (and perhaps of phonology as well).

Three primary research questions guide the core of these papers. (A) Methodologically, how can broadly defined mathematical/cognitive principles guide linguistic investigation? (B) To what extent do general mathematical principles apply across linguistic domains? What principles guide computation at different levels of linguistic structure (phonology, metrical structure, syntax)? (C) How is the computational domain defined?

In these manuscripts, Vergnaud’s goal is not to radically depart from the Minimalist Program within generative grammar, but rather to take the underlying goal of the generative program and bring it to an even more general scientific level. The themes of symmetry and periodicity in this book reflect his goal of scientific progress in linguistics, and he has opened the doors to new exploration of old empirical problems in linguistics that may, someday, have deeper biological and physical explanations through the theory presented in this publication.

Katherine McKinney-Bock recently completed her PhD in Department of Linguistics at the University of Southern California, USA and is joining Reed College for the academic year 2013–14 as a visiting assistant professor of linguistics.

Maria Luisa Zubizarreta is Professor of Linguistics at the University of Southern California, USA.