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Digital Communication

ISBN-10: 0792375483
ISBN-13: 9780792375487
Edition: 3rd 2004 (Revised)
List price: $129.00 Buy it from $24.08
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Description: This book is for designers and would-be designers of digital communication systems. The general approach of this book is to extract the common principles underlying a range of media and applications and present them in a unified framework. Digital  More...

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Book details

List price: $129.00
Edition: 3rd
Copyright year: 2004
Publisher: Springer
Publication date: 9/30/2003
Binding: Hardcover
Pages: 838
Size: 7.50" wide x 10.50" long x 1.75" tall
Weight: 3.608
Language: English

This book is for designers and would-be designers of digital communication systems. The general approach of this book is to extract the common principles underlying a range of media and applications and present them in a unified framework. Digital Communication is relevant to the design of a variety of systems, including voice and video digital cellular telephone, digital CATV distribution, wireless LANs, digital subscriber loop, metallic Ethernet, voiceband data modems, and satellite communication systems. New in this Third Edition: New material on recent advances in wireless communications, error-control coding, and multi-user communications has been added. As a result, two new chapters have been added, one on the theory of MIMO channels, and the other on diversity techniques for mitigating fading. Error-control coding has been rewritten to reflect the current state of the art. Chapters 6 through 9 from the Second Edition have been reorganized and streamlined to highlight pulse-amplitude modulation, becoming the new Chapters 5 through 7. Readability is increased by relegating many of the more detailed derivations to appendices and exercise solutions, both of which are included in the book. Exercises, problems, and solutions have been revised and expanded. Three chapters from the previous edition have been moved to the books Web site to make room for new material. This book is ideal as a first-year graduate textbook, and is essential to many industry professionals. The book is attractive to both audiences through the inclusion of many practical examples and a practical flavor in the choice of topics. Digital Communication has a Web site at : http://www.ece.gatech.edu/~barry/digital/, where the reader may find additional information from the Second Edition, other supplementary materials, useful links, a problem solutions manual, and errata.

Preface
Changes from the Second Edition
Notes to an instructor
Introduction
Applications of Digital Communication
Digital Networks
Digital vs Analog Communications
Plan of the Book
Further Reading
Deterministic Signal Processing
Signals
LTI Systems and Fourier Transforms
The Nyquist Sampling Theorem
Downconversion and Complex Envelopes
Z Transforms and Rational Transfer Functions
Signals as Vectors
Properties of the Fourier Transform
Spectral Factorization
Stochastic Signal Processing
Random Variables
Random Processes
Markov Chains
The Poisson Process and Queueing
Further Reading
Power Spectrum of A Cyclostationary Process
Power Spectrum of A Markov Chain
Derivation of a Poisson Process
Moment Generating Function of Shot Noise
Limits of Communication
Just Enough Information About Entropy
Capacity of Discrete-Time Channels
Further Reading
Asymptotic Equipartition Theorem
Pulse-Amplitude Modulation
Baseband PAM
Passband PAM
The One-Shot Minimum-Distance Receiver
Minimum Distance Sequence Detection
Performance Analysis in AWGN
Further Reading
Advanced Modulation
M-ary Modulation
Probability of Error
Orthogonal Modulation
Orthogonal Pulse-Amplitude Modulation (OPAM)
Modulation with Memory
Bandwidth and Signal Dimensionality
Capacity and Modulation
Further Reading
The Generalized Nyquist Criterion
Probabilistic Detection
Detection of a Single Real-Valued Symbol
Detection of a Signal Vector
Known Signals in Gaussian Noise
ML Sequence Detection with the Viterbi Algorithm
A Posteriori Probability Detection with BCJR
Symbol-Error Probability for MLSD
Incoherent Detection
Shot Noise Signal with Known Intensity
Further Reading
Karhunen-Loeve Expansion
Bit-Error Probability for Sequence Detectors
BCJR Forward/Backward Recursions
Equalization
Optimal Zero-Forcing Equalization
Generalized Equalization Methods
Fractionally Spaced Equalizer
Transversal Filter Equalizers
ISI and Channel Capacity
Further Reading
DFE Error Propagation
Adaptive Equalization
Constrained-Complexity Equalizers
Adaptive Linear Equalizer
Adaptive DFE
Fractionally Spaced Equalizer
Passband Equalization
Further Reading
SG Algorithm Error Vector Norm
MIMO Communications
Basics of MIMO Systems
The Gaussian MIMO Channel
Memoryless MIMO Channels
MIMO Detection with Channel Memory
Further Reading
Proof of Separability Result (10.45)
Fading and Diversity
Types of Diversity
Receiver Diversity
Performance Analysis for Rayleigh Fading
The Diversity-Interference Trade-Off
Transmit Diversity
Layered Space-Time Modems
Proof of Conservation Theorem
Bound on Pairwise Error Probability
Error Control
The Capacity Penalty of Binary Coding
Binary Linear Block Codes
Convolutional Codes
Low-Density Parity-Check Codes
Turbo Codes
Historical Notes and Further Reading
Linear Codes
Maximal-Length Feedback Shift Registers
Path Enumerators
Derivation of the Tanh Rule
Signal-Space Coding
Multidimensional Signal Constellations
Trellis Codes
Coset Codes
Signal-Space Coding and ISI
Further Reading
Phase-Locked Loops
Ideal Continuous-Time PLL
Discrete-Time PLLs
Phase Detectors
Variations on a Theme: VCOs
Further Reading
Carrier Recovery
Decision-Directed Carrier Recovery
Power of N Carrier Recovery
Further Reading
Timing Recovery
Timing Recovery Performance
Spectral-Line Methods
MMSE Timing Recovery and Approximations
Baud-Rate Timing Recovery
Accumulation of Timing Jitter
Further Reading
The Poisson Sum Formula
Discrete-Time Derivative
Multiple Access Alternatives
Medium Topology for Multiple Access
Multiple Access by Time Division
Multiple Access by Frequency Division
Multiple Access by Code Division
The Cellular Concept
Exercise Solutions
Index

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