Rossing, T. D. ed.
Springer Handbook of Acoustics
音響ハンドブック
Springer-Verlag 2007.3
1182 pp. (H) + CD-ROM
ISBN 0-387-30446-0
29,600円
Contents
* 本書は音響学の分野では定評のある専門家であるThomas Rossing編集による類例のないハンドブックです。
* 本書は幅広い収録内容には動物音響学（可聴下音と超音波を含む）、環境騒音の制御、音楽と人の声や歌唱、生理学・心理学的音響学、建築音響学、音響物理学と音響工学、医療音響学、海洋音響学などが含まれており、最新研究に重点を置きながら音響学の主要分野を網羅し、様々な専門分野の要求に応えています。
* 各章には図版や表を豊富に掲載しています。また人の声のコンピューター認識と合成や聴覚生理学、聴覚心理学、熱音響学、診断画像法への応用など様々な分野の最新研究や応用例も収録しています。
Foreword by Manfred R. Schroeder.- 1.Introduction (Thomas Rossing).- 2.History of Acoustics (Thomas Rossing).- 3.General Linear Acoustics (Allan Pierce).- 4.Sound Propagation in the Atmosphere (Keith Attenborough).- 5.Underwater Acoustics (William Kuperman, Pierre Roux).- 6.Physical Acoustics (Mack Breazeale).- 7.Thermoacoustics (Gregory Swift).- 8.Nonlinear Acoustics (Werner Lauterborn).- 9.Performance and Assembly Hall Acoustics (Anders Gade).- 10.Concert Hall Acoustics - Subjective Preference Theory (Yoichi Ando).- 11.Building Acoustics (James Cowan).- 12.Physiological Acoustics (Eric Young).- 13.Psychoacoustics (Brian Moore).- 14.Acoustic Signal Processing (William Hartmann).- 15.Musical Acoustics (Colin Gough).- 16.Speech and Singing (Johan Sundberg).- 17.Computer Music (Perry Cook).- 18.Audio and Electroacoustics (Mark Davis).- 19.Animal Bioacoustics (Neville Fletcher).- 20.Cetacean Acoustics (Whitlow Au, M. O. Lammers).- 21.Medical Ultrasound (Kirk Beach).- 22.Structural Acoustics and Vibration (Antoine Chaigne).- 23.Noise (George Maling).- 24.Microphones and Their Calibration (George Wong).-25.Sound Intensity (Finn Jacobsen).- 26.Acoustic Holography (Yang-Hann Kim).- 27.Optical Methods for Acoustics and Vibration (Nils-Erik Molin).- 28.Modal Analysis (Thomas Rossing).- Abou the Authors.- Subject Index/ *
Perez-Meana, H.
Advances in Audio and Speech Signal Processing
Technologies and Applications
Idea Group Pub. 2007.
464 pp.(H)
ISBN 1-59904-132-4
13,200円
Contents
* SECTION 1: This section analyses some successful application of the audio and speech signal processing technology, specifically in applications regarding with the audio effects, audio synthesis and restoration/ 1: Introduction to Audio and Speech Signal Processing / 2: Digital Filters for Digital Audio Effects / 3 Spectral-Based Analysis and Synthesis of Audio Signals / 4 DSP Techniques for Sound Enhancement of Old Recordings /
* SECTION 2 : This section provides an analysis of recently developed speech and audio watermarking methods to avoid unauthorized copying, distribution and commercialization of copyrighted digital audio and speech digital signals/ 5: Digital Watermarking Techniques for Audio and Speech Signals / 6: Audio and Speech Watermarking and Quality Evaluation /
* SECTION 3 : Section 3 provides a review of some successful adaptive filter algorithms, together with two of the must successful application of this technology such as the echo and active noise cancellers/ 7: Adaptive Filters: Structures, Algorithms, and Applications / 8: Adaptive Digital Filtering and its algorithms for Acoustic Echo Canceling / 9: Active Noise Canceling: Structures and Adaptation Algorithms / 10: Differentially fed Artificial Neural Networks for speech Signal prediction /
* SECTION 4 : This section provides a review of some of the most widely use feature extraction algorithms together with some of the successful paradigms used in speech and speaker recognition. Finally the use of speech recognition technology to develop a language therapy system is provided/ 11: Introduction to Voice Recognition / 12: Advanced Techniques in Speech Recognition / 13: Speaker Recognition / 14: Speech Technologies for Language Therapy / *
Cvejic, N. ed.
Digital Audio Watermarking Techniques and Technologies
Applications and Benchmarks
Idea Group Pub. 2007.7
319 pp. (H)
ISBN 1-59904-513-3
25,600円
Contents
1.Introduction to Digital Audio Watermarking / 2.Spread Spectrum for Digital Audio Watermarking / 3.Audio Watermarking Through Parametric Synthesis Models / 4.Robust Zero-Bit and Multi-Bit Audio Watermarking Using/ 5.Three Techniques of Digital Audio Watermarking / 6.Advanced Audio Watermarking Based on Echo Hiding: Time-Spread Echo Hiding / 7.Analysis-by-Synthesis Echo Watermarking / 8.Robustness Analysis of Patchwork Watermarking Schemes / 9.Time-Frequency Analysis of Digital Audio Watermarking / 10.Digital Audio Watermarking Techniques for MP3 Audio Files / 11.Digital Watermarking of Speech Signals / Aparna Gurijala 12.Robustness Against DA/AD Conversion: Concepts, Challanges, and Examples / 13.Subjective and Objective Quality Evaluation of Watermarked Audio / 14.Watermarking Security /
* Digital audio watermarking has been proposed as a new and alternative method to enforce intellectual property rights and protect digital audio from tampering. *
Tzou, H. S. & Bergman, L. A. ed.
Dynamics and Control of Distributed Systems
Cambridge University Press 2007.2
394 pp. (P)
ISBN 0-521-03374-8
9,100円
Contents
Contributors; Preface; 1. On the transient response of distributed structures interacting with discrete components / 2. On the problem of a distributed parameter system carrying a moving oscillator / 3. Nonlinear normal modes and wave transmission in a class of periodic continuous systems / 4. Dynamics and control of articulated anisotropic Timoshenko beams / 5. Numerical techniques for simulation, parameter estimation and noise control in structural acoustic systems / 6. Distributed transfer function analysis of stepped and ring-stiffened cylindrical shells / 7. Orthogonal sensing and control of continua with distributed transducers - distributed structronic systems / Acknowledgment / References / Nomenclature / Appendix / **
* Distributed parameter systems encompass a broad range of engineering applications from stereo speakers to space structures. The dynamic behaviour of these systems is usually governed by one or more partial differential equations, which may accurately represent the physical system but are often difficult to solve exactly. Research in the dynamics and control of distributed parameter structural systems has grown dramatically in recent years, owing in part to the increasing complexity of these systems. Emerging technologies such as smart materials and mechatronics have contributed to growth in interest. The purpose of this book is to document progress in both theory and practical applications. Chapters discuss simulation, modelling, and analysis techniques used to investigate a variety of elastic, electromechanical and acoustic systems. *
Teutsch, H.
Modal Array Signal Processing
Principles and Applications of Acoustic Wavefield Decomposition
Springer-Verlag 2007.1
253 pp. (P)
ISBN 3-540-40893-2
13,100円
Contents
1.Introduction.- 2.Acoustic Wavefields.- 3.Wavefield Decomposition.- 4.Acoustic Scene Analysis Using Classical Array Signal Processing.- 5.Acoustic Scene Analysis Using Modal Array Signal Processing .- 6.A Practical Acoustic Scene Analysis System.- 7.Summary and Conclusions/
* Many applications of acoustic signal processing, such as teleconferencing and surveillance systems, require an estimate of several parameters present in the observed acoustic wavefield. The most important parameters are the number as well as the location of active acoustic sources. This book deals with the problem of detecting and localizing multiple simultaneously active wideband acoustic sources by applying the notion of wavefield decomposition using circular and spherical microphone arrays. *
Long, M. et al.
Architectural Acoustics
Academic Press 2006.1
872 pp. (H)
ISBN 0-12-455551-9
13,900円
Contents
1. Historical Introduction 2. Fundamentals of Acoustics 3. Human Perception and Reaction to Sound 4. Acoustic Measurements and Noise Metrics 5. Environmental Noise 6. Wave Acoustics 7. Sound and Solid Surfaces 8. Sound in Enclosed Spaces 9. Sound Transmission Loss 10. Sound Transmission in Buildings 11. Vibration and Vibration Isolation 12. Noise Transmission in Floor Systems 13. Noise Generation in Mechanical Systems 14. Sound Transmission in Ducts 15. Design Construction and Residential Buildings 16. Design of Rooms for Unamplified Speech 17. Sound System Design 18. Design of Auditoria and Sanctuaries 19. Design of Studios and Listening Rooms 20. Concert Hall Design 21. Acoustic Modeling, Ray Tracing, and Auralization/ *
Lass, N. & Woodford, C.
Hearing Science Fundamentals
Mosby 2007.2
256 pp. (P)
ISBN 0-323-04342-9
8,000円
Contents
Section I: Acoustics: 1. Basic Acoustics/ Section II: Structure and Function: 2. Anatomy and Physiology of the Conductive Auditory Mechanism/ 3. Anatomy and Physiology of the Sensorineural Auditory Mechanism/ 4. Anatomy and Physiology of the Central Auditory Mechanism/ Section III: Psychoacoustics: 5. Normal Hearing/ 6. Masking/ 7. Loudness and Pitch/ 8. Differential Sensitivity/ Glossary/ Chapter Exercises/ **
* Hearing Science Fundamentals is a basic introduction to the concepts and principles necessary to develop an understanding of the hearing processes. From the physics of sound to the anatomy and physiology of the auditory pathway and hearing mechanism, concepts are presented in a user-friendly, simplified manner, with over 100 illustrations to make learning even easier. *
199-29 登録日 07.07.11
