Table of Contents

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Abstract (PDF )
Summary (PDF )
List of acronyms (PDF )
List of symbols (PDF )
Mathematical conventions (PDF )
Preface (PDF )
Preface to v6 (PDF )
About the author (PDF )
Acknowledgments (PDF )
About the text (PDF )
1 Background (PDF )
2 The anatomy and physiology of the mammalian ear (PDF )
3 The acoustic source and environment (PDF )
4 Optical imaging (PDF )
5 Three approaches to information transfer (PDF )
6 Physical signals (PDF )
7 Toward a unified view of coherence (PDF )
8 Acoustic coherence theory suitable for hearing (PDF )
9 Synchronization and phase-locked loops (PDF )
10 The paratonal equation (PDF )
11 Estimating the auditory imaging parameters (PDF )
12 The temporal imaging equations (PDF )
13 The impulse response and its associated modulation transfer functions (PDF )
14 The use of sampling for imaging continuous signals (PDF )
15 Auditory image fundamentals (PDF )
16 Auditory accommodation (PDF )
17 Dispersive and synchronization hearing impairments (PDF )
18 General model and discussion (PDF )
A Examples of realistic coherence functions of acoustic sources (PDF )
B Waves (PDF )
C Linear canonical transform approach to the dispersion integral (PDF )
D Impulse response of rectangular pupil with positive defocus (PDF )
E Evidence of discrete sampling in hearing through aliasing of double- and triple-pulse sequences (PDF )
F Dispersion parameter estimation from psychoacoustic data (PDF )