1.Introduction
2.Probability and stochastic processes
3.Source coding
4.Characterization of communication signals and systems
5.Optimum Recievers for the additive white Gaussian noise channel
6.Carrier and symbol synchronization
7.Channel Capacity and coding
8.Block and convolutional channel codes
9.Signal design for Band-Limited channels
10.Communication through Band-Limited linear filter channels
11.Adaptive equalization
12.Multichannel and Multicarrier systems
13.Spread spectrum signals for digital comminucations
14.Digital communication through fading multipath channels
15.Multiuser Communications
Appendix A.The Levinson-Durbin algorithm
Appendix B.Error probability for multichannel binary signals
Appendix C.Error probiblities for adaptive reception of M-phase signals
Appandix D.Square-Root factorization Refrences and bibliography
1-Introduction to analog design2-Basic MOS device physics3-Signal-stage amplifier4-Differential amplifiers5-Passive and active current mirrors6-Frequency response of Amplifiers7-noise8-Feedback9-Operational amplifiers10-Stability and frequency compensation11-Bandgap references12-Introduction to switched-capacitor circuits13-Nonlinearity and mismatch14-Oscillators15-Phase-locked loops16-Short-channel effects and device models17-CMOS processing technology18-Layout and packaging