An exploration of human language from the perspective of the natural sciences, this outstanding book brings together leading specialists to discuss the scientific connection of language to disciplines such as mathematics, physics, chemistry and biology.
Natural language processing (NLP) is a scientific discipline which is found at the interface of computer science, artificial intelligence and cognitive psychology. Providing an overview of international work in this interdisciplinary field, this book gives the reader a panoramic view of both early and current research in NLP. Carefully chosen multilingual examples present the state of the art of a mature field which is in a constant state of evolution. In four chapters, this book presents the fundamental concepts of phonetics and phonology and the two most important applications in the field of speech processing: recognition and synthesis. Also presented are the fundamental concepts of corpus linguistics and the basic concepts of morphology and its NLP applications such as stemming and part of speech tagging. The fundamental notions and the most important syntactic theories are presented, as well as the different approaches to syntactic parsing with reference to cognitive models, algorithms and computer applications.
This book presents a new approach to studying the syntax of human language, one which emphasizes how we think about time. Tilsen argues that many current theories are unsatisfactory because those theories conceptualize syntactic patterns with spatially arranged structures of objects. These object-structures are atemporal and do not lend well to reasoning about time. The book develops an alternative conceptual model in which oscillatory systems of various types interact with each other through coupling forces, and in which the relative energies of those systems are organized in particular ways. Tilsen emphasizes that the two primary mechanisms of the approach – oscillators and energy levels – require alternative ways of thinking about time. Furthermore, his theory leads to a new way of thinking about grammaticality and the recursive nature of language. The theory is applied to a variety of syntactic phenomena: word order, phrase structure, morphosyntax, constituency, case systems, ellipsis, anaphora, and islands. The book also presents a general program for the study of language in which the construction of linguistic theories is itself an object of theoretical analysis.
Drawing on cutting-edge ideas from the biological and cognitive sciences, this book presents both an innovative neuro-computational model of language comprehension and a state-of-the-art review of current topics in neurolinguistics. It explores a range of newly-emerging topics in the biological study of language, building them into a framework which views language as grounded in endogenous neural oscillatory behaviour. This allows the author to formulate a number of hypotheses concerning the relationship between neurobiology and linguistic computation. Murphy also provides an extensive overview of recent theoretical and experimental work on the neurobiological basis of language, from which the reader will emerge up-to-date on major themes and debates. This lively overview of contemporary issues in theoretical linguistics, combined with a clear theory of how language is processed, is essential reading for scholars and students across a range of disciplines.
Speakers and learners, based on memory and experience, implicitly know that certain language elements naturally pair together. However, they also understand, through abstract and frequency-independent categories, why some combinations are possible and others are not. The frequency-grammar interface (FGI) bridges these two types of information in human cognition. Due to this interface, the sediment of statistical calculations over the order, distribution, and associations of items (the regularities) and the computation over the abstract principles that allow these items to join together (the rules) are brought together in a speaker’s competence, feeding into one another and eventually becoming superposed. In this volume, it is argued that a specific subset of both first and second language grammar (termed ‘combinatorial grammar’) is both innate and learned. While not derived from language usage, combinatorial grammar is continuously recalibrated by usage throughout a speaker’s life. In the domain of combinatorial grammar, both generative and usage-based theories are correct, each shedding light on just one component of the two that are necessary for any language to function: rules and regularities.
Throughout history, humanity has grappled with how to face the inevitability of death. Today, this struggle takes many forms, from efforts to extend life through medical and technological advances to the fascination with apocalyptic imagery in popular culture. To move beyond these ideas and explore new possibilities, we must seek precise knowledge across fields such as cosmology, biology, and evolution, examining the origins of life and death, which trace back billions of years to the earliest organisms and chemical compounds on Earth. For humans, these life stages prompt profound questions about the origins and meaning of life, why we age and die, and what, if anything, lies beyond death. These mysteries have driven human curiosity since our earliest days as a species, and we are better prepared than ever to explore these questions. Life Cycle in the Natural Sciences and Traditional Cultures as a Complex System Self-Organization explores the modeling and system analysis of the human life cycle, from the emergence and evolution of life to death and post-mortem phenomena, all within the framework of the theory of self-organization of complex systems. By treating life cycle events as wave and soliton processes, the research bridges anthropology, systems theory, geology, biochemistry, and evolution, among other fields. Covering topics such as death, senility, and transpersonal experience, this book is an excellent resource for academicians, researchers, educators, graduate and postgraduate students, philosophers of science, and more.
What is the most descriptively and explanatorily adequate format for syntactic structures and how are they constrained? Different theories of syntax have provided various answers: sets, feature structures, tree diagrams... Building on formal and empirical insights from a wide variety of approaches spanning more than 70 years (including Transformational Grammar, Relational Grammar, Lexical-Functional Grammar, and Tree Adjoining Grammar), this monograph develops a new, mathematically grounded, framework in which objects known as graphs, and the constraints that follow from them, are argued to provide the best characterisation of the system of expressions and relations that make up natural language grammars. This new approach is motivated and exemplified via detailed and formally explicit analyses of major syntactic phenomena in English and Spanish.
This book combines several strands of my work, both individually and in collaboration with various people, over the last couple of years. To a very large extent, I have been inspired by the many talks, classes, appointments and other interactions that took place in the exciting intellectual environ ment that grew up among the linguists working in Geneva in the period 1989-90. It is impossible to mention by name everyone who influenced the devel opment of this material, but I'd particularly like to thank the students in my class 'linguistique diachronique' during that period, who had to suffer through preliminary versions of much of this book, and often seemed to understand what I was getting at better than I did. Luigi Rizzi did more than anyone else to create the unique atmosphere here in the last couple of years, and so he deserves our gratitude for that; he was also my collaborator on the synchronic work on French inversion that inspired much of this book; he also read the whole manuscript in draft form and gave detailed comments; he is also, as anyone working in current comparative syntax knows, a wellspring of knowledge, ideas and inspiration. Maria-Teresa Guasti also read the entire manuscript and gave me invaluable comments. Sten Vikner was a great help, for much more than just Danish data. Special thanks also to Adriana Belletti, Anna Cardinaletti, Liliane Haegeman and Cecilia Poletto.
This volume is the first to provide an up-to-date and comprehensive history of phonology from the earliest known examples of phonological thinking, through the rise of phonology as a field in the twentieth century, and up to the most recent advances. The volume is divided into five parts. Part I offers an account of writing systems along with chapters exploring the great ancient and medieval intellectual traditions of phonological thought that form the foundation of later thinking and continue to enrich phonological theory. Chapters in Part II describe the important schools and individuals of the late nineteenth and early twentieth centuries who shaped phonology as an organized scientific field. Part III examines mid-twentieth century developments in phonology in the Soviet Union, Northern and Western Europe, and North America; it continues with precursors to generative grammar, and culminates in a chapter on Chomsky and Halle's The Sound Pattern of English (SPE). Part IV then shows how phonological theorists responded to SPE with respect to derivations, representations, and phonology-morphology interaction. Theories discussed include Dependency Phonology, Government Phonology, Constraint-and-Repair theories, and Optimality Theory. The part ends with a chapter on the study of variation. Finally, chapters in Part V look at new methods and approaches, covering phonetic explanation, corpora and phonological analysis, probabilistic phonology, computational modelling, models of phonological learning, and the evolution of phonology. This in-depth exploration of the history of phonology provides new perspectives on where phonology has been and sheds light on where it could go next.