Principles of Digital and Analog Communications

1. Introduction To Communications. 2. Orthogonal Functions and Fourier Series. 3. Fourier Transformations. 4. Linear Systems, Convolution, and Filtering. 5. Amplitude Modulation. 6. Phase and Frequency Modulation. 7. Noise in Analog Modulation. 8. Data Transmission. 9. Pulse Code Modulation. 10. Noise in Digital Communications. 11. Information Theory and Rate Distortion Theory. 12. Channel Coding. 13. Coded Modulation. 14. Spread Spectrum Communications. 15. Computer Communication Networks. Appendix A. Random Variables and Stochastic Processes. Appendix B. Source/User Characteristics and Models. Appendix C. Channel Models. Appendix D. Communication Link Design. Appendix E. Switching Systems. Appendix F. Television. Appendix G. Pseudorandom Sequences. Appendix H. The Union Bound. Appendix I. Bessel Functions and the Error Function. Appendix J. Mathematical Formulas. Appendix K. Fourier Transform Properties. References.Gibson, Jerry D. is the author of 'Principles of Digital and Analog Communications' with ISBN 9780023418600 and ISBN 0023418605.