chapter 1 Signal Processing for Future Mobile Communications Systems: Challenges and Perspectives -- chapter 2 Multipath Propagation Models for Broadband Wireless Systems -- chapter 3 Modeling and Estimation of Mobile Channels -- chapter 4 Mobile Satellite Channels: Statistical Models and Performance Analysis -- chapter 5 Mobile Velocity Estimation for Wireless Communications -- chapter 6 Adaptive Coded Modulation for Transmission over Fading Channels -- chapter 7 Signaling Constellations for Transmission over Nonlinear Channels / chapter 8 Carrier Frequency Synchronization for OFDM Systems -- chapter 9 Filter-Bank Modulation Techniques for Transmission over Frequency-Selective Channels -- chapter 10 Spread-Spectrum Techniques for Mobile Communications -- chapter 11 Multiuser Detection for Fading Channels -- chapter 12 Principles of MIMO-OFDM Wireless Systems -- chapter 13 Space–Time Coding and Signal Processing for Broadband Wireless Communications -- chapter 14 Linear Precoding for MIMO Systems -- chapter 15 Performance Analysis of Multiple Antenna Systems∗ -- chapter 16 Equalization Techniques for Fading Channels -- chapter 17 Low-Complexity Diversity Combining Schemes for Mobile Communications -- chapter 18 Overview of Equalization Techniques for MIMO Fading Channels -- chapter 19 Neural Networks for Transmission over Nonlinear Channels -- chapter 20 Voice over IP and Wireless: Principles and Challenges -- chapter 21 Geolocation Techniques for Mobile Radio Systems -- chapter 22 Adaptive Arrays for GPS Receivers∗ -- chapter 23 Transmitter Power Control in Wireless Networking: Basic Principles and Core Algorithms -- chapter 24 Signal Processing for Multiaccess Communication Networks∗ -- chapter 25 Time–Frequency Signal Processing for Wireless Communications -- chapter 26 Monte Carlo Signal Processing for Digital Communications: Principles and Applications -- chapter 27 Principles of Chaos Communications -- chapter 28 Adaptation Techniques and Enabling Parameter Estimation Algorithms for Wireless Communications Systems.