[comp.edu] Information about a new book on speech recognition

morgan@unix.SRI.COM (Morgan Kaufmann) (10/05/90)

Morgan Kaufmann Publishers announces the publication of a new title in our
series of "Readings" books:


                      READINGS IN SPEECH RECOGNITION 
                   edited by Alex Waibel and Kai-Fu Lee 
                          (Carnegie Mellon Univ.)
 
 
After two decades of considerable activity, speech recognition is beginning
to show promise as a practical technology and interest in the field is
growing dramatically.  READINGS IN SPEECH RECOGNITION provides a collection
of key, seminal papers that have influenced or redirected the field and that
illustrate the central insights that have emerged over the years.  
  
The editors provide an introduction to the field, its concerns and research
problems.  Subsequent chapters are devoted to the main schools of thought
and design philosophies that have motivated different approaches to speech
recognition system design.  Each chapter includes an introduction to the
papers that highlights the major insights or needs that have motivated an
approach to a problem and describes the commonalities and differences of
that approach to others in the book.  

ISBN: 1-55860-124-4
Price: $38.95 
629 pages, softbound

                             TABLE OF CONTENTS

Chapter 1 Why Study Speech Recognition? 1
     Introduction 1
     Dimensions of Difficulty in Speech Recognition 2
     The Chapters of this Book 3
     Further Study 4
     References 5
Chapter 2 Problems and Opportunities 7
     Introduction 7
     2.1 Speech Recognition by Machine:  A Review 8
           D. R. Reddy
     2.2 The Value of Speech Recognition Systems 39
           W. A. Lea 
Chapter 3 Speech Analysis 47
     Introduction 47
     References 48
     3.1 Digital Representations of Speech Signals 49
           R. W. Schafer and L. R. Rabiner
     3.2 Comparison of Parametric Representations for Monosyllabic
         Word Recognition in Continuously Spoken Sentences 65
           S. B. Davis and P. Mermelstein 
     3.3 Vector Quantization 75
           R. M. Gray
     3.4 A Joint Synchrony/Mean-Rate Model of Auditory Speech             
     Processing 101
           S. Seneff 
Chapter 4 Template-Based Approaches 113
     Introduction 113
     References 114
     4.1 Isolated and Connected Word Recognition Theory and Selected
           Applications 115
           L. R. Rabiner and S. E. Levinson 
     4.2 Minimum Prediction Residual Principle Applied to Speech 
           Recognition 154
           F. Itakura 
     4.3 Dynamic Programming Algorithm Optimization for Spoken
         Word Recognition 159
           H. Sakoe and S. Chiba 
     4.4 Speaker-Independent Recognition of Isolated Words
         Using Clustering Techniques 166
           L. R. Rabiner, S. E. Levinson, A. E. Rosenberg, and J. G.      
           Wilpon
     4.5 Two-Level DP-Matching\(emA Dynamic Programming-Based
         Pattern Matching Algorithm for Connected Word Recognition 180
           H. Sakoe 
     4.6 The Use of a One-Stage Dynamic Programming
         Algorithm for Connected Word Recognition 188
           H. Ney 
Chapter 5 Knowledge-Based Approaches 197
     Introduction 197
     References 198
     5.1 The Use of Speech Knowledge in Automatic Speech Recognition      
     200
           V. W. Zue 
     5.2 Performing Fine Phonetic Distinctions: Templates versus 
           Features 214
           R. A. Cole, R. M. Stern, and M. J. Lasry 
     5.3 Recognition of Speaker-Dependent Continuous Speech with KEAL     
     225
           G. Mercier, D. Bigorgne, L. Miclet, L. Le Guennec,
           and M. Querre 
     5.4 The Hearsay-II Speech Understanding System:  A Tutorial 235
           L. D. Erman and V. R. Lesser 
     5.5 Learning and Plan Refinement in a Knowledge-Based
         System for Automatic Speech Recognition 246
           R. De Mori, L. Lam, and M. Gilloux 
Chapter 6 Stochastic Approaches 263
     Introduction 263
     References 265
     6.1 A Tutorial on Hidden Markov Models and
           Selected Applications in Speech Recognition 267
           L. R. Rabiner 
     6.2 Stochastic Modeling for Automatic Speech Understanding 297
           J. K. Baker 
     6.3 A Maximum Likeihood Approach to Continuous Speech Recognition 308
           L. R. Bahl, F. Jelinek, and R. L. Mercer 
     6.4 High Performance Connected Digit Recognition
         Using Hidden Markov Models 320
           L. R. Rabiner, J. G. Wilpon, and F. K. Soong 
     6.5 Speech Recognition With Continuous-Parameter
         Hidden Markov Models 332
           L. R. Bahl, P. F. Brown, P. V. de Souza, and R. L. Mercer 
     6.6 Semi-Continuous Hidden Markov Models for Speech Signals 340
           X. D. Huang and M. A. Jack 
     6.7 Context-Dependent Phonetic Hidden Markov Models
         for Speaker-Independent Continuous Speech Recognition 347
           K-F. Lee 
     6.8 A Stochastic Segment Model for Phoneme-Based
         Continuous Speech Recognition 367
           S. Roucos and M. O. Dunham 
Chapter 7 Connectionist Approaches 371
     Introduction 371
     References 372
     7.1 Review of Neural Networks for Speech Recognition 374
           R. P. Lippmann 
     7.2 Phoneme Recognition Using Time-Delay Neural Networks 393
           A. Waibel, T. Hanazawa, G. Hinton, K. Shikano, and K. J. Lang 
     7.3 Consonant Recognition by Modular Construction of
         Large Phonemic Time-Delay Neural Networks 405
           A. Waibel, H. Sawai, and K. Shikano
     7.4 Learned Phonetic Discrimination Using Connectionist Networks 409
           R. L. Watrous, L. Shastri, and A. H. Waibel 
     7.5 The ``Neural'' Phonetic Typewriter 413
           T. Kohonen 
     7.6 Shift-Tolerant LVQ and Hybrid LVQ-HMM for Phoneme Recognition 425
           E. McDermott, H. Iwamida, S. Katagiri, and Y. Tohkura 
     7.7 Speaker-Independent Word Recognition Using Dynamic Programming
         Neural Networks 439
           H. Sakoe, R. Isotani, K. Yoshida, K. Iso, and T. Watanabe 
     7.8 Speaker-Independent Word Recognition Using a
         Neural Prediction Model 443
           K. Iso and T. Watanabe 
Chapter 8 Language Processing for Speech Recognition 447
     Introduction 447
     References 449
     8.1 Self-Organized Language Modeling for Speech Recognition 450
           F. Jelinek 
     8.2 A Tree-Based Statistical Language Model for Natural
         Language Speech Recognition 507
           L. R. Bahl, P. F. Brown, P. V. de Souza, and R. L. Mercer 
     8.3 Modification of Earley\'s Algorithm for Speech Recognition 515
           A. Paeseler 
     8.4 Language Processing for Speech Understanding 519
           W. A. Woods 
     8.5 Prosodic Knowledge Sources for Word Hypothesization
         in a Continuous Speech Recognition System 534
           A. Waibel 
     8.6 High Level Knowledge Sources in Usable Speech
         Recognition Systems 538
           S. R. Young, A. G. Hauptmann, W. H. Ward, E. T. Smith,
           and P. Werner 
Chapter 9 Systems 551
     Introduction 551
     References 552
     9.1 Review of the ARPA Speech Understanding Project 554
           D. H. Klatt 
     9.2 The Harpy Speech Understanding System 576
           B. Lowerre 
     9.3 The Development of an Experimental Discrete Dictation Recognizer
587
           F. Jelinek 
     9.4 BYBLOS:  The BBN Continuous Speech Recognition System 596
           Y. L. Chow, M. O. Dunham, O. A. Kimball, M. A. Krasner,
           G. F. Kubala, J. Makhoul, P. J. Price, S. Roucos,
           and R. M. Schwartz 
     9.5 An Overview of the SPHINX Speech Recognition System 600
           K-F. Lee, H-W. Hon, and R. Reddy 
     9.6 ATR HMM-LR Continuous Speech Recognition System 611
           T. Hanazawa, K. Kita, S. Nakamura, T. Kawabata, and K. Shikano 
     9.7 A Word Hypothesizer for a Large Vocabulary Continuous
         Speech Understanding System 615
           L. Fissore, P. Laface, G. Micca, and R. Pieraccini 
Index 619
Credits 627

_________________________________________________________________

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