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Joseph Boccuzzi “Signal Processing for Wireless Communications"
McGraw-Hill Professional | 2007-12-20 | ISBN: 0071489053 | PDF | 537 pages | 4,4 Mb
CONTENTS
Preface xi
Acknowledgments xv
Chapter 1. Wireless Topics 1
1.1. Introduction / 1
1.2. Wireless Standards Overview / 2
1.3. Reasons behind Convergence of Wireless Services / 31
1.4. Stochastic and Signal Processing Review / 35
1.5. Representing Band Pass Signals and Subsystems / 39
1.6. Receiver Sensitivity Definitions / 47
References / 49
Chapter 2. Modulation Theory 51
2.1. Modulation Impairments / 51
2.2. Modulation Scheme Migration / 62
2.3. Modulation Scheme Comparisons / 110
References / 115
Chapter 3. Wireless Multipath Channel 119
3.1. Additive White Gaussian Noise / 119
3.2. Rayleigh Multipath Fading Phenomenon / 121
3.3. Rician Multipath Fading Phenomenon / 126
3.4. Frequency Selective Fading / 129
3.5. Man-Made System Interference / 147
3.6. Propagation Path Loss / 150
3.7. Shadowing Discussion / 156
3.8. Multipath Fading Simulation Models / 158
3.9. Multipath Birth/Death Discussion / 164
References / 165
Chapter 4. Modulation Detection Techniques 173
4.1. Difference between Practice and Theory / 173
4.2. Coherent Detection / 174
4.3. Noncoherent Detection of DQPSK / 187
4.4. Noncoherent Detection of MSK / 203
4.5. BER Performance Comparisons / 209
Appendix 4A: Mathematical BER Expressions / 219
References / 220
Chapter 5. Performance Improvement Techniques 225
5.1. Forward Error Correction Codes / 225
5.2. Receive Spatial Antenna Diversity Combining Techniques / 262
5.3. Transmit Spatial Antenna Diversity Techniques / 281
5.4. Link Budget Discussion / 285
Appendix 5A / 289
References / 289
Chapter 6. Receiver Digital Signal Processing 293
6.1. Temporal Equalization (EQ) / 293
6.2. Space-Time Equalization (STE) / 304
6.3. Frequency Domain Equalization / 317
6.4. Symbol Timing Recovery / 319
6.5. Channel Quality Estimation (CQE) / 326
6.6. Automatic Frequency Control / 330
6.7. Overall Receiver Block Diagram / 337
References / 340
Chapter 7. 3G Wideband CDMA 343
7.1. Introduction / 343
7.2. Rake Receiver Principle / 345
7.3. 2G IS-95 CDMA Discussion / 349
7.4. Rake Finger Architecture and Performance / 353
7.5. PN Code Properties / 359
7.6. WCDMA Physical Layer Overview / 368
7.7. High Speed Downlink Packet Access (HSDPA) Overview / 428
7.8. High Speed Uplink Packet Access (HSUPA) / 442
7.9. Capacity Improvement in a Multipath Environment / 448
References / 455
Chapter 8. Computer Simulation Estimation Techniques 459
8.1. Introduction to Simulation / 459
8.2. Monte Carlo Method / 461
8.3. Modified Monte Carlo or Importance Sampling Method / 464
8.4. Improved Importance Sampling Method / 469
8.5. Tail Extrapolation Method (TEM) / 471
8.6. Semi-Analytic Method / 473
8.7. General Discussion / 475
References / 475
Chapter 9. 3G and Beyond Discussion 477
9.1. Introduction / 477
9.2. Multimedia and Mobile TV Services / 485
9.3. Some Sampled 3G Terminal (UE) Statistics / 495
9.4. High Speed Packet Access Evolution / 499
9.5. MIMO Techniques / 502
References / 505
Appendix A. Useful Formulas 507
Appendix B. Trigonometric Identities 515
Appendix C. Definite Integrals 517
Appendix D. Probability Functions 521
Appendix E. Series and Summations 523
Appendix F. Linear Algebra 525
Index 527 |
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