Wireless channels are becoming more and more important, with the
future development of wireless ad-hoc networks and the integration
of mobile and satellite communications. To this end,
algorithmic detection aspects (involved in the physical layer) will
become fundamental in the design of a communication system.
This book proposes a unified approach to detection for
stochastic channels, with particular attention to wireless
channels. The core idea is to show that the three main criteria of
sequence detection, symbol detection and graph-based detection, can
all be described within a general framework. This implies that a
detection algorithm based on one criterion can be extended to the
other criteria in a systematic manner.
* Presents a detailed analysis of statistical signal detection
for digital signals transmitted over wireless communications
* Provides a unifying framework for different signal detection
algorithms, such as sequence detection, symbol detection and
graph-based detection, important for the design of modern digital
receivers operating over mobile channels
* Features the hot topic of graph-based detection
Detection Algorithms for Wireless Communications
represents a novel contribution with respect to the current
literature, with a unique focus on detection algorithms, as such it
will prove invaluable to researchers working in academia and
industry and in the field of wireless communications, as well as
postgraduate students attending advanced courses on mobile
communications.
表中的内容
Preface.
Acknowledgements.
List of Figures.
List of Tables.
1. Wireless Communication Systems.
1.1 Introduction.
1.2 Overview of Wireless Communication Systems.
1.3 Wireless Channel Models.
1.4 Demodulation, Detection, and Parameter Estimation.
1.5 Information Theoretic Limits.
1.6 Coding and Modulation.
1.7 Approaching Shannon Limits: Turbo Codes and Low Density
Parity Check Codes.
1.8 Space-Time Coding.
1.9 Summary.
1.10 Problems.
2. A General Approach to Statistical Detection for Channels with
Memory.
2.1 Introduction.
2.2 Statistical Detection Theory.
2.3 Transmission Systems with Memory.
2.4 Overview of Detection Algorithms for Stochastic
Channels.
2.5 Summary.
2.6 Problems.
3. Sequence Detection: Algorithms and Applications.
3.1 Introduction.
3.2 MAP Sequence Detection Principle.
3.3 Viterbi Algorithm.
3.4 Soft-output Viterbi Algorithm.
3.5 Finite-Memory Sequence Detection.
3.6 Estimation-Detection Decomposition.
3.7 Data-Aided Parameter Estimation.
3.8 Joint Detection and Estimation.
3.9 Per-Survivor Processing.
3.9.1 Phase-Uncertain Channel.
3.10 Complexity Reduction Techniques for VA-based Detection
Algorithms.
3.11 Applications to Wireless Communications.
3.12 Summary.
3.13 Problems.
4. Symbol Detection: Algorithms and Applications.
4.1 Introduction.
4.2 MAP Symbol Detection Principle.
4.3 Forward-Backward Algorithm.
4.4 Iterative Decoding and Detection.
4.5 Extrinsic Information in Iterative Decoding: a Unified
View.
4.6 Finite-Memory Symbol Detection.
4.7 An Alternative Approach to Finite-Memory Symbol
Detection.
4.8 State Reduction Techniques for Forward-Backward
Algorithms.
4.9 Applications to Wireless Communications.
4.10 Summary.
4.11 Problems.
5. Graph-Based Detection: Algorithms and Applications.
5.1 Introduction.
5.2 Factor Graphs and the Sum-Product Algorithm.
5.3 Finite-Memory Graph-Based Detection.
5.4 Complexity Reduction for Graph-Based Detection
Algorithms.
5.5 Strictly Finite Memory: Inter-Symbol Interference
Channels.
5.6 Applications to Wireless Communications
5.7 An Alternative Approach to Graph-Based Detection in the
Presence of Strong Phase Noise.
5.8 Summary.
5.9 Problems.
Appendix: Discretization by Sampling.
A.1 Introduction.
A.2 Continuous-Time Signal Model.
A.3 Discrete-Time Signal Model.
References.
List of Acronyms.
Index.
关于作者
Gianluigi Ferrari is an electrical engineer, consultant, and communications educator in Parma, Italy.
Giulio Colavolpe is the author of Detection Algorithms for Wireless Communications: With Applications to Wired and Storage Systems, published by Wiley.
Riccardo Raheli is the author of Detection Algorithms for Wireless Communications: With Applications to Wired and Storage Systems, published by Wiley.
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