Academic Press Library in Mobile and Wireless Communications Transmission Techniques for Digital Communications 1st Edition by Katie Wilson, Stephen Wilson, Ezio Biglieri 0123972224 9780123972224

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Product details:

ISBN-10 :  0123972224

ISBN-13 : 9780123972224

Author:  Katie Wilson, Stephen G. Wilson, Ezio Biglieri  

This book, edited and authored by world leading experts, gives a review of the principles, methods and techniques of important and emerging research topics and technologies in wireless communications and transmission techniques.

Academic Press Library in Mobile and Wireless Communications Transmission Techniques for Digital Communications 1st Table of contents:

Chapter 1: Introduction to digital transmission
Abstract
1.1 Why Digital?
1.2 Historical Perspective on Digital Transmission
1.3 Microwave, Optical, and Satellite Transmission Systems
1.4 Evolutionary Steps in Digital Access Networkings
1.5 Origins of Data Communication Networks and Voice-Data Integration
1.6 Wireless Transmission Systems
1.7 All the Rest
Chapter 2: Modulated signals and I/Q representations of bandpass signals
Abstract
2.1 Introduction
2.2 Bandpass Signal Representation
2.3 Bandpass Linear Systems
2.4 Bandpass Random Processes
2.5 Application to Bandpass Nonlinearity
2.6 Sampling of Bandpass Signals
Chapter 3: Single-carrier modulation
Abstract
3.1 Preliminaries
3.2 Linear, Memoryless Modulation
3.3 Nonlinear Modulation: CPM
3.4 Comparisons
Chapter 4: Optimal detection of digital modulations in AWGN
Abstract
4.1 Digital Transmission Over Noisy Channels
4.2 Minimum-Distance Receiver
4.3 Vector Channel
4.4 White Gaussian Noise Vector
4.5 Optimum Message Receivers
4.6 The Irrelevance Theorem
4.7 Decision Regions and Error Probability
4.8 Union Bound
4.9 Bit Error Probability and Constellation Labelings
4.10 Optimum Bitwise Receivers
4.11 Matched Filter
4.12 Summary
4.13 Practical Detectors
4.14 Probability of Received Vector Belonging to a Decision Boundary
Chapter 5: The interplay between modulation and channel coding
Abstract
5.1 Introduction
5.2 Coded Modulation
5.3 Reception of Coded Binary Modulation
5.4 Reception of Coded Nonbinary Modulation
Chapter 6: Properties and measures of the radio channel
Abstract
6.1 Introduction
6.2 Antenna and Propagation Fundamentals
6.3 Models of Multipath Propagation
6.4 Measures of Narrowband Multipath Characteristics
6.5 Measures of Multipath for Wideband Signals and Directive Antennas
6.6 Shadow Fading, Range Dependence, and Cross-Polarization
Chapter 7: Synchronization of digital signals
Abstract
7.1 Introduction
7.2 System Model
7.3 Effect of Channel Estimation Errors
7.4 Results from Estimation and Decision Theory
7.5 Estimation Strategy
7.6 NDA Coarse Frequency Estimation
7.7 NDA Symbol Timing Estimation
7.8 PA ML Estimation of (A, θ, Fres, kτ)
7.9 CA ML Estimation of (A, θ, Fres, kτ)
7.10 Evaluation of Modified Cramer-Rao Bounds
7.11 Performance Evaluation
7.12 Conclusions and Remarks
Appendix A Averaged Likelihood Functions
Appendix B MFIM Computation
Chapter 8: Equalization
Abstract
8.1 Motivation
8.2 Models and Metrics
8.3 Optimum Trellis-Based Detectors
8.4 Linear Equalization
8.5 Decision-Feedback Equalization
8.6 Tomlinson-Harashima Precoding
8.7 Comparing Performance: A Case Study
8.8 Summary
Chapter 9: Multicarrier transmission in a frequency-selective channel
Abstract
9.1 Introduction
9.2 Early OFDM
9.3 Digital OFDM
9.4 Diversity and Frequency Modulation
9.5 OFDM: Power-Loading and Bit-Loading
9.6 OFDM: Diversity and Coding
9.7 Conclusions
Appendix Correlated Diversity Signals
Chapter 10: Spread spectrum signaling in wireless communications
Abstract
10.1 Fundamentals of Spread Spectrum Communications
10.2 Spread Spectrum and CDMA for Wireless Channels
10.3 CDMA Standards
Chapter 11: MIMO communication for wireless networks
Abstract
11.1 Introduction
11.2 The Single-User MIMO Link
11.3 Limited Feedback Techniques
11.4 Standards
11.5 Future Trends
Acknowledgments
Chapter 12: Multiple access control in wireless networks
Abstract
12.1 Why Multiple Access Control?
12.2 A Brief History
12.3 Channels in Time, Frequency, and Space
12.4 Centralized MAC in Cellular Networks
12.5 Decentralized MAC in Wireless Networks
12.6 Summary
Chapter 13: Cognitive radio networks and spectrum sharing
Abstract
13.1 Introduction
13.2 Spectrum Management Framework
13.3 Spectrum Sensing Techniques
13.4 Resource Allocation in CRNs
13.5 Medium Access Control for CRNs
13.6 In-Band Full-Duplexing-Enabled CRNs
13.7 Summary
Chapter 14: Digital wireline transmission standards
Abstract
14.1 Introduction—Why Do We Need Standards for Wireline Networks?
14.2 Carrier Network Wireline Interface Standards
14.3 Data Network Wireline Interconnection Standards
14.4 Industry Forums
14.5 Important Industry Consortiums
14.6 Other Significant Groups
14.7 Conclusions
Web Sites for Further Reading
Chapter 15: Wireless broadband standards and technologies
Abstract
15.1 Introduction to Wireless Broadband Standards and Technologies
15.2 Wireless Broadband Standardization Organizations and Special Interest Groups
15.3 Overview of Wireless Broadband Technologies
15.4 Conclusion and Remarks
Chapter 16: Power line communications
Abstract
16.1 Introduction
16.2 PLC Standards
16.3 Electromagnetic Compatibility Regulations
16.4 Power Line Channel
16.5 Transmission Techniques
16.6 Final Remarks
Chapter 17: Optical transmission
Abstract
17.1 Introduction
17.2 Device Properties
17.3 Channel Models
17.4 Modulation and Coding
17.5 Noise and Distortion
17.6 System Performance Analysis
17.7 Applications and Emerging Research Areas
Chapter 18: Baseband architectures to support wireless cellular infrastructure: History and future evolution
Abstract
18.1 Overview of a Base Station and Its Components
18.2 From Voice to Broadband
18.3 From DSP + FPGA Through ASIC to SoC
18.4 From Homogeneous Macros to Dense Small Cells and CRANs
18.5 Conclusions

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