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This book is a valuable reference both for signal processing specialists seeking to apply their expertise in the rapidly growing wireless communications field, and for communications specialists eager to exploit signal processing techniques and implementations in developing efficient wireless systems of the future. It describes the latest research in applying signal processing methodologies in the context of emerging and future wireless applications, such as next-generation cellular telephony, nomadic computing, and wireless media. Coverage includes both physical and network layer topics such as interference suppression algorithms, equalization structures, network architecture, data compression, and underwater acoustic systems. Also includes an essay on the laws of nature and society that govern wireless networks.
Linear Diversity Techniques for Fading Channels
System and Fading Channel Models
Transmission without Diversity
Spectral Diversity
Temporal Diversity
Diversity Methods for Multiuser Systems
Spatial Diversity
Concluding Remarks
Adaptive Interference Suppression
Multiple-Access
Signal Model
Elements of Multiuser Detection
Linear Interference Suppression
Application to Ds-cdma
adaptive Algorithms
Further Issues and Refinements
Concluding Remarks
Channels Equalization Multiuser
Characterization of Wireless Channels
Equalization of Known Multipath Fading Channels
Blind Equalization in Multipath, Slowly
Time-Varying Channels
Concluding Remarks
Blind Space-Time Signal Processing
The Wireless Propagation Environment
Signal Model and Structure
Channel Identification and Equalization
Blind Techniques
Concluding Remarks
Network Capacity, Power Control, and Effective Bandwidth
Basic Spread-Spectrum Model and the MMSE receiver
Performance under Random Spreading Sequences
Capacity and Performance under Power Control
Multiple Classes, Maximum Power Constraints, and Effective Bandwidths
The Decorrelator
Antenna Diversity
Concluding Remarks
Architectural Principles for Multimedia Networks
Basic Considerations
Modularity of Services and Bitway Layers
Edge vs. Link Architecture for Service Layer
Design Examples
Concluding Remarks
Multiresolution Joint Source-Channel Coding
Multiresolution Source Coding for Images and Video
Multiresolution Channel Coding
Multiresolution Joint Source-Channel Coding
Concluding Remarks
Underwater Communications Acoustic
The Underwater Acoustic Channel
Platform Constraints in Underwater Acoustic Communications
A brief History of Underwater Acoustic Communications
Signal Processing in Digital Underwater Communications
Concluding Remarks
Epilogue
Four Laws of Nature Principles Communication and Society: the Governing Networks of Digital Wireless
Overview
Wireless Propagation and Its Anomalies
Shannon Theory: Limitations on Signal Processing
Half a Century of Wireless Spread Spectrum: From Military to Commercial Applications
Moore's Law: The Socio-Economic Basis for Digital Wireless
Metcalfe's Law: Implications for Wireless Networks
List of Acronyms