Primitive Elements Of Grammatical Theory

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.

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 derivesconstituent 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 acrosslinguistic 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 symmetryand periodicityin 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.

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.

Lexical-Functional Grammar was first developed by Joan Bresnan and Ronald M. Kaplan in the late 1970s, and was designed to serve as a medium for expressing and explaining important generalisations about the syntax of human languages and thus to serve as a vehicle for independent linguistic research. An equally important goal was to provide a restricted, mathematically tractable notation that could be interpreted by psychologically plausible and computationally efficient processing mechanisms. The formal architecture of LFG provides a simple set of devices for describing the common properties of all human languages and the particular properties of individual languages. This volume presents work conducted over the past several years at the Xerox Palo Alto Research Center, Stanford University, and elsewhere. The different sections link mathematical and computational issues and the analysis of particular linguistic phenomena in areas such as wh-constructions, anaphoric binding, word order and coordination.

An innovative exploration of the interface between grammar, meaning and form.

This volume draws together fourteen previously published papers which explore the nature of mental grammar through a formal, generative approach. The book begins by outlining the development of formal grammar in the last fifty years, with a particular focus on the work of Noam Chomsky, and moves into an examination of a diverse set of phenomena in various languages that shed light on theory and model construction. Many of the papers focus on comparisons between English and Norwegian, highlighting the importance of comparative approaches to the study of language. With a comprehensive collection of papers that demonstrate the richness of formal approaches, this volume is key reading for students and scholars interested in the study of grammar.

This volume collects eleven papers written between 1991 and 2016, some of them unpublished, which explore various aspects of the architecture of grammar in a minimalist perspective. The phenomena that are brought to bear on the architectural issue come from a range of languages, among them French, European Portuguese, Welsh, German and English, and include clitic placement, expletive pronouns, resumption, causative structures, copulative and existential constructions, VP ellipsis, as well as the distinction between the SVO, VSO and V2 linguistic types. This book sheds a new light on the division of labor between components and paves the way for further research on grammatical architecture.

This collection explicates one of the core ideas underpinning Minimalist theory – explanation via simplification – and its role in shaping some of the latest developments within this framework, specifically the simplest Merge hypothesis and the reduction of syntactic phenomena to third factor considerations. Bringing together recent papers on the topic by Epstein, Kitahara, and Seely, with one by Epstein, Seely and Obata, and one by Kitahara, the book begins with an introduction which situates the papers in a cohesive overview of some of the latest research on Minimalism, as facilitated by current theoretical developments. The volume integrates a historical overview of evolutions in Merge, starting with Chomsky’s (pre-Merge) Aspects model up to current theoretical models, including a primer of Chomsky’s most recent theory of Merge based on the concept of Workspace. The Minimalist notions of "perfection" and "simplification" are also outlined, providing clearly explicated coverage of key technical concepts within the framework as applied to grammatical phenomena. Taken as a whole, the collection both introduces and advances Minimalist theory for students and scholars in linguistics and related sub-disciplines of psychology, philosophy, and cognitive science, as well as offering new directions for future research for researchers in these fields.