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도서명

 Introduction to Digital Communication

저자/역자

 Rodger E. Ziemer, Roger W. Peterson

출판사

 Prentice Hall

분야

 통신

목차/설명

 Summary

For upper-level undergraduate and first-year graduate courses in Digital Communications.

Provides a comprehensive and in-depth introduction to the theory and design of digital communications systems.

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Features

A broad perspective뾒resents a wide range of discussion topics.
Gives students the broad perspective of digital communications.
Unifying notation and review 뾅hapter 2.
Provided for students who may be fuzzy on basic background.
An introductory chapter on basic digital modulation뾅hapter 3.
Allows instructors to design an abbreviated course.
Signal-space methods뾅hapter 4뾋ncludes advanced topics such as CPM.
Provides students with a unifying framework for modulation, detection, and coding concepts.
Channel degradations뾅hapter 5뾒rovides treatment of synchronization effects and fading.
Coding: Block, Convolution and ARQ뾅hapters 6, 7, 8뾋ncludes valuable design information for communications systems. Added are Trellis and Turbo codes.
Spread spectrum communications뾅hapter 9.
Provides students with a general information overview and a basis for discussing the IS-95 cellular radio standard.
Introduces digital cellular communications뾅hapter 10.
Gives students an introduction to a subject that is more and more pervasive in communications.
Satellite communication systems뾅hapter 11뾋ntroduces satellite communications link analysis, addresses view of cellular satellite communications.
Appendices provide derivations뾋ncludes tables of special functions.
Presents students with this material without disturbing the flow of the main discussion.
Many applications of MATLAB programs뾘seful in communication system design. Others suggested in the computer exercises.
Shows students MATLABs use for ease of computation and advanced design.
Important pedagogical features:
뾞n average of 30 problems per chapter.
뾞pproximately 15 worked examples in each chapter, many with MATLAB programs for ease of computation and advanced design.
뾱olutions manual with solutions to each chapter and computer exercise.

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Table of Contents

(NOTE: Most chapters begin with an Introduction and conclude with Summary, References, and Problems.)
1. Introduction to Digital Data Transmission.


Components of a Digital Communication System. Communications Channel Modeling. Communication Link Power Calculations. Driving Forces in Communications. Computer Use in Communication System Analysis and Design. Preview of the Book.


2. Signals, Systems, Modulation, and Noise: Overview.

Review of Signal and Linear System Theory. Basic Analog Modulation Techniques. Complex Envelope Representation of Bandpass Signals and Systems. Signal Distortion and Filtering. Practical Filter Types and Characteristics. Sampling Theory. Random Processes. Computer Generation of Random Variables.


3. Basic Digital Communication Systems.

The Binary Digital Communications Problem. Signaling through Bandlimited Channels. Equalization in Digital Data Transmission. A Digital Communication System Simulation Example. Noise Effects in Pulse Code Modulation.


4. Signal-Space Methods in Digital Data Transmission.

Optimum Receiver Principals in Terms of Vector Spaces. Performance Analysis of Coherent Digital Signaling Schemes. Signaling Schemes Not Requiring Coherent References at the Receiver. Comparison of Digital Modulation Systems. Comparison of M-ary Digital Modulation Schemes on Power and Bandwidth-Equivalent Bases. Some Commonly Used Modulation Schemes. Design Examples and System Tradeoffs. Multi-h Continuous Phase Modulation. Orthogonal Frequency Division Multiplexing.


5. Channel Degradations in Digital Communications.

Synchronization in Communication Systems. The Effects of Slow Signal Fading in Communicative Systems. Diagnostic Tools for Communication System Design.


6. Fundamentals of Information Theory and Block Coding.

Basic Concepts of Information Theory. Fundamentals of Block Coding. Coding Performance in Slow Fading Channels.


7. Fundamentals of Convolutional Coding.

Basic Concepts. The Viterbi Algorithm. Good Convolutional Codes and Their Performance. Other Topics.


8. Fundamentals of Repeat Request Systems.

General Considerations. Three ARQ Strategies. Codes for Error Detection.


9. Spread-Spectrum Systems.

Two Communication Problems. Types of Spread-Spectrum Systems. Complex-Envelope Representation of Spread Spectrum. Generation and Properties of Pseudorandom Sequences. Synchronization of Spread-Spectrum Systems. Performance of Spread-Spectrum Systems in Jamming Environments. Performance in Multiple User Environments. Multiuser Detection. Examples of Spread-Spectrum Systems.


10. Introduction to Cellular Radio Communications.

Frequency Reuse. Channel Models. Mitigation Techniques for the Multipath Fading Channel. System Design and Performance Prediction. Advanced Mobile Phone Service. Global System for Mobile Communications. Code Division Multiple Access. Recommended Further Reading.


11. Satellite Communications.

Allocation of a Satellite Transmission Resource. Link Power Budget Analysis. Examples of Link Power Budget Calculations. Low- and Medium-Earth Orbit Voice Messaging Satellite Systems.


Appendix A. Probability and Random Variables,

Probability Theory. Random Variables, Probability Density Functions, and Averages. Characteristic Function and Probability Generating Function. Transformations of Random Variables. Central Limit Theorem.


Appendix B. Characterization of Internally Generated Noise.
Appendix C. Attenuation of Radio-Wave Propagation by Atmospheric Gases and Rain.
Appendix D. Generation of Coherent References.

Description of Phase Noise and Its Properties. Phase-Lock Loop Models and Characteristics of Operation. Frequency Synthesis.


Appendix E. Gaussian Probability Function.
Appendix F. Mathematical Tables.

The Sinc Function. Trigonometric Identities. Indefinite Integrals. Definite Integrals. Series Expansions. Fourier Transform Theorems. Fourier Transform Pairs.


Index.

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