Principles of Mobile Communication Third Edition

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Gordon L. Stüber著，为英文原文第三版。其第二版已经翻译成中文，即为移动通信原理（第二版），由电子工业出版社出版，但翻译水平很差。
Gordon L. Stuber Principles of mobile Communication Third edition ② Spring er Gordon L. Stuber Georgia Institute of Technology Atlanta ga USA stuber @ece gatech. edu ISBN978-1-4614-0363-0 e-ISBN978-1-46140364-7 DOI10.1007/978-1-46140364-7 Springer New York Dordrecht Heidelberg london Library of Congress Control Number: 2011934683 C Springer Science+Business Media, LLC 2002, 2011 All rights reserved. This work may not be translated or copied in whole or in part without the written permission of the publisher(Springer Science+ Business Media, LLC, 233 Spring Street, New York, NY 10013, USA), except for brief excerpts in connection with reviews or scholarly analysis. Use in connection with any form of information storage and retrieval, electronic adaptation, computer software or by similar or dissimilar methodology now known or hereafter developed is forbidden The use in this publication of trade names, trademarks, service marks, and similar terms, even if they are not identified as such, is not to be taken as an expression of opinion as to whether or not they are subject to proprietary rights Printed on acid-free paper SpringerispartofSpringerScience+businessMedia(www.springer.com) To Alana, our son nickolas my father lothar Stuiber and my late mother Beatrice stiiber Preface Principles of Mobile Communication, third edition, is a major revision of the second edition. Like its earlier editions, this book provides a mathematically rigorous overview of physical layer wireless communications. The basic pedagogic methodology is to include fully detailed derivations from first principles. The text is intended to provide enough principle material to guide the novice student, whil it the same time having plenty of detailed material to satisfy graduate students inclined to pursue research in the area. The book is intended to stress the principles of wireless communications that are applicable to a wide array of wireless standards It is intended to serve as a textbook and reference for graduate students, and a useful reference for practicing engineers Organization of the book Chapter 1 begins with an overview that is intended to introduce a broad array of issues relating to wireless communications. Included is a brief description of the evolution of various wireless standards, the basic concepts of cellular frequency reuse, the land mobile radio propagation environment, link budgets, and coverage and capacity of cellular radio systems Chapter 2 provides an extensive treatment of radio propagation, since good understanding of the physical wireless channel is essential for the development and deployment of wireless systems. The chapter begins with a treatment of the narrow-band faded envelope for conventional fixed-to-mobile channels found in cellular radio systems, mobile-to-mobile channels found in mobile ad he networks, and multiple-input multiple-output (MIMO) channels where multiple antennas are used at both the transmitter and receiver to achieve high capacity after considering the narrow-band channel, we consider the statistical treatment of wide- band channels. The emulation of wireless channels is essential for the development and testing of wireless systems, and the chapter provides a detailed discussion of channel simulation techniques. Finally, the chapter concludes with a discussion of shadowing and path loss models for land mobile radio environments P rerace Chapter 3 provides a detailed treatment of co-channel interference which is the rimary impairment in spectrally efficient cellular frequency reuse systems. Very often the receivers in such systems are affected by multiple co-channel interferers and the probability distribution of the total interfering power is considered. Th chapter also considers the link outage performance due to co-channel interference in a variety of wireless environments Chapter 4 covers the various types of modulation schemes that are used in mobile communication systems along with their spectral characteristics. The chapter begins with the mathematical representation of bandpass modulated signals, along with Nyquist pulse shaping. Later, a large variety of modulation schemes used in wireless systems are considered, including both single-carrier and multi-carrier modulation, and both linear and nonlinear modulation techniques This is followed by a treatment of the power density spectrum of modulated signals. Although quite mathematical in nature, power spectrum is an important topic, since wireless systems are required to operate within a specified out-of-band emission mask Chapter 5 discusses the error probability performance of various digital modula tion schemes on narrow-band fat fading channels. The performance is evaluated with a variety of receiver structures, including coherent detectors, differential coherent detectors and noncoherent detectors Chapter 6 includes a treatment of multi-antenna techniques for combating envelope fading. The chapter includes a discussion of various diversity combining techniques for coherent, differentially coherent, and noncoherent receiver detection of signals on fading channels with additive white gaussian noise. also considered is optimal combining which is effective when the primary additive impairment is co-channel interference rather than noise. Finally, the chapter considers the use of multiple antennas at the transmitter in the context of classical beam-forming and transmit diversity Chapter 7 provides an extensive treatment of digital signaling on intersymbol interference(ISI) channels that are typical of broadband land mobile radio systems The chapter begins with the characterization of Isi channels and goes on to discuss techniques for combating ISI based on symbol-by-symbol equalization and sequence estimation. Later, error probability for maximum likelihood sequence estimation is considered. The chapter concludes with a discussion of co-channel demodulation for the purpose of mitigating co-channel interference on Isi channels Chapter 8 covers error control coding techniques for wireless systems. The chapter begins with a discussion of basic block coding including space-time block codes Convolutional coding is considered next along with the Viterbi and BCJR algorithms for decoding convolutional codes, followed by trellis coded modulation The chapter then provides a detailed discussion on the design and performance analysis of convolutional and trellis codes for awgn channels, and interleaved fat fading channels, and fading isi channels. Later, space-time trellis codes are treated and the chapter concludes with Turbo codin Chapter 9 is devoted to spread spectrum techniques The chapter begins with an introduction to direct sequence and frequency hop spread spectrum. This is followed y a detailed treatment of spreading sequences. Also included is a discussion Preface of the effects of tone interference on direct sequence spread spectrum, and the RAKE receiver performance on wide-band channels. The chapter wraps up with a discussion of cdma multiuser detection Chapter 10 is devoted to multi-carrier techniques. It considers the performance of ofdm on frequency-selective channels and considers the effect of residual ISI and problem of residual ISI cancellation. Later, the chapter examines single carrier frequency-domain equalization(SC-FDE)techniques. This is followed by a treatment of orthogonal frequency division multiple access (OFDMA)on both the forward and reverse links. The chapter concludes with a discussion of single-carrier frequency division multiple acceSs (SC-FDMA) Chapter 11 considers frequency planning techniques for cellular systems. The chapter begins with a discussion of cell sectoring, cell splitting, and reuse partition- ing. Later, the chapter considers radio planning for OFDMa cellular systems. This is followed by hierarchical overlay/underlay architectures based on cluster planning Finally, the chapter wraps up with macrodiversity TDMA cellular architectures Chapter 12 considers CDMa considers CDMA cellular systems, considering topics such as capacity and power control This is followed by a discussion of hierarchical macrodiversity CDMa architectures and their performance Chapter 13 is devoted to cellular radio resource management. The chapter begins with an introduction to basic hard and soft handoff. Later, the chapter considers the important problem of link quality evaluation, including signal strength averaging, velocity estimation, and velocity adaptive hard handoff algorithms later, a detailed analysis of hard and soft handoff is provided. Finally, the chapter wraps up with methods for estimating received carrier-to-interference plus noise ratio(CINR) The Appendix includes a brief and focused tutorial discussion of probability and random processes. A good understanding of the material in the Appendix is essential, since the concepts are widely used throughout the text USing This Book for Instruction The book has been developed from a graduate-level course on physical wireless communications that I have taught at Georgia Tech since 1993. Normally, I prefer a graduate-level course in digital communications as a prerequisite for this course However, such a prerequisite may be waived to the extent that there is extensive background material in each chapter. A course may cover the introductory material in each chapter and skip the more specialized material. In my own classes, I always try to judge the mathematical level of the students early and adapt accordingly The book obviously contains far too much material to be taught in a one semester course. However, i believe that it can serve as a suitable text in most situations through the appropriate instructor selection of background sections. My own preference for a one semester course is to include the following material in order: Chap. 1, Chap 2(skipping the more advanced material), and the first two sections of Chap 3. In moving to modulation waveforms in Chap. 4, an instructor may have to treat/assume basic signal-space representation. However, most students 【实例截图】
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