In this book, D. Robert Ladd focuses on problems with the one-dimensional idealization of language on which much linguistic theory is based. Strings of sequentially-ordered elements play an important role as theoretical abstractions in both phonology and syntax. Yet many well-known phonological phenomena (such as vowel harmony, ablaut morphology, and pitch features) are problematic for this one-dimensional idealization, and many attempts (such as autosegmental phonology) have been made to allow for these troublesome characteristics in our theories. The book deals with diverse aspects of these problematical non-sequential phenomena. The five main chapters cover distinctive features and autosegments, systematic phonetics, the definition of 'prosody', aspects of vocal paralinguistic communication and 'gradience', and duality of patterning. Each chapter reviews a wide range of relevant literature, generally going back to the beginnings of modern linguistics in the early twentieth century, and all of them can usefully be read as free-standing synthetic overviews of the issues they discuss. The final chapter suggests that phonological structure, sequential or otherwise, can be seen as a special case of the segmentation of continuous action into discrete events, and that research on this general topic within cognitive psychology is relevant to phonological theory. Professor Ladd's unique work makes a fundamental contribution to phonology and phonetics and to linguistic theory more generally. His book will interest all theoretical linguists and cognitive scientists concerned with understanding the relation between phonological representations and the speech signal.

Laboratory Phonology uses speech data to research questions about the abstract categorical structures of phonology. This collection of papers broadly addresses three such questions: what structures underlie the temporal coordination of articulatory gestures? What is the proper role of segments and features in phonological description? And what structures - hierarchical or otherwise - relate morphosyntax to prosody? In order to encourage the interdisciplinary understanding required for progress in this field, each of the three groups of papers is preceded by a tutorial paper (commissioned for this volume) on theories and findings presupposed by some or all of the papers in the group. In addition, most of the papers are followed by commentaries, written by noted researchers in phonetics and phonology, which serve to bring important theoretical and methodological issues into perspective. Most of the material collected here is based on papers presented at the Second Conference on Laboratory Phonology in Edinburgh, 1989. The volume is therefore a sequel to Kingston and Beckman's Papers in Laboratory Phonology I, also published by Cambridge University Press.

This second edition presents a completely revised overview of research on intonational phonology since the 1970s, including new material on research developments since the mid 1990s. It contains a new section discussing the research on the alignment of pitch features that has developed since the first edition was published, a substantially rewritten section on ToBI transcription that takes account of the application of ToBI principles to other languages, and new sections on the phonetic research on accent and focus. The substantive chapters on the analysis and transcription of pitch contours, pitch range, sentence stress and prosodic structure have been reorganised and updated. In addition, there is an associated website with sound files of the example sentences discussed in the book. This well-known study will continue to appeal to researchers and graduate students who work on any aspect of intonation.

This second edition presents a completely revised overview of research on intonational phonology since the 1970s, including new material on research developments since the mid 1990s. It contains a new section discussing the research on the alignment of pitch features that has developed since the first edition was published, a substantially rewritten section on ToBI transcription that takes account of the application of ToBI principles to other languages, and new sections on the phonetic research on accent and focus. The substantive chapters on the analysis and transcription of pitch contours, pitch range, sentence stress and prosodic structure have been reorganised and updated. In addition, there is an associated website with sound files of the example sentences discussed in the book. This well-known study will continue to appeal to researchers and graduate students who work on any aspect of intonation.

Laboratory phonology uses speech data to research questions about the abstract categorical structures of phonology. This collection of papers broadly addresses three such questions: What structures underlie the temporal coordination of articulatory gestures? What is the proper role of segments and features in phonological description? and What structures--hierarchical or otherwise--relate morphosyntax to prosody? In order to encourage the interdisciplinary understanding required for progress in this field, each of the three groups of papers is preceded by a tutorial paper (commissioned for this volume) on theories and findings presupposed by some or all of the papers in the group. In addition, most of the papers are followed by commentaries, written by noted researchers in phonetics and phonology, which serve to bring important theoretical and methodological issues into perspective. Most of the material collected here is based on papers presented at the Second Conference on Laboratory Phonology in Edinburgh, 1989. The volume is a sequel to Kingston and Beckman (eds.): Papers in Laboratory Phonology I also published by Cambridge University Press.

Business has joined science and engineering in exploiting the benefits of high-performance computing. Parallel programming has become an important skill for professionals developers to deliver fast and optimized software systems. This guide to parallel programming takes a programmer from design through coding, testing, and deployment, beginning with an introduction to parallel 'thinking' and program design. The book examines the major parallel system architectures and the most prevalent technologies, and concludes by tying all concepts together into a single application. Although the core of the guide is about programming and software engineering, it also provides a solid understanding of how to engineer a reliable and useful parallel system for high-performance computers. This new guide targets the professional C and C++ developer who needs to understand all key technologies for developing parallel programs and software systems. It will be an essential reference for those with interests in the software engineering, parallel programming, and concurrent programming fields.