C.1: Pure Tones. p. 1. C.2: Complex representation. p. 10 C.3: Power, intensity and decibels. p. 24. C.4: Intensity and loudness. p. 59. C.5: Fourier series. p. 81. C.6: Perception of periodic complex tones. p. 117. C.7: Delta functions. p. 150. C.8: Fourier Integral . p. 161. C.9: Filters. p. 195. C.10: Auditory filters. p. 238. C.11: Musical measures of frequency. p. 264. C.12: Pitch of sine tones. p. 282. C.13: Applications of the fourier transform. p. 302. C.14: Correlation functions and spectra. p. 332. C.15: Delay-and-add filtering. p. 361. C.16: Probability density functions. p. 377. C.17: Beats and amplitude modulation. p. 393. C.18: The envelope. p. 412. C.19: Frequency modulation. p. 430. C.20: Modulation detection and perception. p. 449. C.21: Sampled signals. p. 468. C.22: Nonlinear distortion. p. 491. C.23; Noise. p. 522. C.24: Signal detection theory. p. 541. Appendix A: Greek Alphabet. p. 560. Appendix B: Trigonometric functions. p. 561. Appendix C: series. p. 567. Appendix D: Integrals- even and odd functions. p. 575. Appendix E: Integrals in the complex plane. p. 578. Appendix F: Hilbert transforms. p. 583. Appendix G: Electrical filters. p. 591. Appe dix H: Normal distribution. p. 597. Appendix I: Rayleigh distribution. p. 605. Appendix J: Standards. p. 610. Appendix K: Calculation of intermodulation distortion. p. 613.
