Signals, Sound, and Sensation

Preface.- 1. Pure Tones.- 2. Complex Representation.- 3. Power, Intensity, and Decibels.- 4. Intensity and Loudness.- 5. Fourier Series.- 6. Perception of Periodic Complex Tones.- 7. Delta Functions.- 8. Fourier Integral.- 9. Filters.- 10. Auditory Filters.- 11. Musical Measures of Frequency.- 12. Pitch of Sine Tones.- 13. Applications of the Fourier Transform.- 14. Correlation Functions and Spectra.- 15. Delay-and-Add Filtering.- 16. Probability Density Functions.- 17. Beats and Amplitude Modulation.- 18. The Envelope.- 19. Frequency Modulation.- 20. Modulation Detection and Perception.- 21. Sampled Signals.- 22. Nonlinear Distortion.- 23. Noise.- 24. Signal Detection Theory.- Appendices A - K.- References.- Index.

From the reviews
"...of great importance to the hearing science community... If I were to give an advanced course, this is precisely the book I would recommend." W. Dixon Ward, University of Minnesota
"Covers a wide range of topics in a clear, authoritative and easy-to-read style... [It] is intended to be used as a text for a second course in psychoacoustics ... Should be considered by anyone wanting to teach signal theory to students with an interest in psychoacoustics." Physics Today
"...The book makes very clear the extraordinary complexity of the signal processing performed automatically and effortlessly by the ears ... [This book] is specifically aimed at readers deeply interested in the perception of sound. It emphasizes not only advanced psychoacoustic concepts and measurement protocols, but also provides masterly treatment of the mathematics of signals ... It is remarkably successful in its simultaneous exposition of the analytical, physical and perceptual aspects of sound and hearing ... This is a splendid book, well organized, copiously illustrated and pleasantly written." American Scientist
"Signals, Sound, and Sensation" is of great importance to the hearing science community... If I were to give an advanced course, this is precisely the book I would recommend." --- W. Dixon Ward, University of Minnesota