| Introduction |
| Signal Analysis: Continuous Fourier Transform |
| Discrete Fourier Transform |
| Hilbert Transform |
| Time-Frequency Domain Analysis |
| Sound Propagation in an Enclosed Space: Reflection at a Boundary |
| Sound Power Output of a Source |
| Room Reverberation Theory |
| Statistics of Random Sound Fields |
| Transfer Function Statistics |
| Statistical Phase Analysis (SPA). Modulation Transfer Function of a Reverberant Space |
| Visualization of the Sound Field in a Room: Sound Intensity and Measurement Method |
| Intensity Field in a Room |
| Wave Field Around Sources |
| Other Types of Sound Intensities |
| Subjective and Physiological Responses to Sound Fields: Theory of Subjective Preference and the Limitation of Orthogonal Acoustic Factors |
| Slow Vertex Responses (SVR) Relating to the Subjective Preferences |
| Auditory Brainstem Responses (ABR) as a Function of the Horizontal Angle to a Listener |
| Model of the Auditory-Brain System |
| Individual Preference |
| Subjective Attributes |
| Sound Field Control in an Enclosed Space: Passive Control for Sound Power Transmission |
| Sound Field Reproduction and Sound Image Control |
| Inverse Filtering for a Reverberant-Sound Path |
| Active and Adaptive Control of Reverberant Sounds |
| SoundField Control for Concert Hall Acoustics: Sound Reinforcement for Speech Intelligibility |
| Sound Source Localization in a Reverberant Space |
| Sound Field Control for Concert Halls |
| A Design Study for Concert Halls |
| Exercises |
| Appendices |
| References |
| Index |
| Introduction |
| Signal Analysis: Continuous Fourier Transform |
| Discrete Fourier Transform |
| Hilbert Transform |
| Time-Frequency Domain Analysis |
| Sound Propagation in an Enclosed Space: Reflection at a Boundary |
