Space.Time.Coding.Theory.and.Practice

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come from Cambridge.University.Press

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part 2

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Standard notation xi
Space-time coding notation xii
List of abbreviations xiv
1 Introduction 1
1.1 Introduction to the book 1
1.2 Wireless applications 2
1.3 Wireless channels 5
1.4 Statistical models for fading channels 12
1.5 Diversity 15
1.6 Spatial multiplexing gain and its trade-off with diversity 23
1.7 Closed-loop versus open-loop systems 24
1.8 Historical notes on transmit diversity 26
1.9 Summary 27
1.10 Problems 28
2 Capacity of multiple-input multiple-output channels 30
2.1 Transmission model for multiple-input multiple-output
channels 30
2.2 Capacity of MIMO channels 34
2.3 Outage capacity 39
2.4 Summary of important results 43
2.5 Problems 44
3 Space-time code design criteria 45
3.1 Background 45
3.2 Rank and determinant criteria 46
3.3 Trace criterion 50
3.4 Maximum mutual information criterion 52
3.5 Summary of important results 53
3.6 Problems 53
4 Orthogonal space-time block codes 55
4.1 Introduction 55
4.2 Alamouti code 55
4.3 Maximum-likelihood decoding and maximum ratio
combining 59
4.4 Real orthogonal designs 60
4.5 Generalized real orthogonal designs 70
4.6 Complex orthogonal designs 76
4.7 Generalized complex orthogonal designs 77
4.8 Pseudo-orthogonal space-time block codes 90
4.9 Performance analysis 93
4.10 Simulation results 101
4.11 Summary of important results 107
4.12 Problems 108
5 Quasi-orthogonal space-time block codes 110
5.1 Pairwise decoding 110
5.2 Rotated QOSTBCs 112
5.3 Optimal rotation and performance of QOSTBCs 115
5.4 Other examples of QOSTBCs 120
5.5 QOSTBCs for other than four transmit antennas 122
5.6 Summary of important results 125
5.7 Problems 125
6 Space-time trellis codes 126
6.1 Introduction 126
6.2 Space-time trellis coding 130
6.3 Improved STTCs 136
6.4 Performance of STTCs 143
6.5 Simulation results 145
6.6 Summary of important results 149
6.7 Problems 149
7 Super-orthogonal space-time trellis codes 151
7.1 Motivation 151
7.2 Super-orthogonal codes 153
7.3 CGD analysis 167
7.4 Encoding and decoding 173
7.5 Performance analysis 179
7.6 Extension to more than two antennas 181
7.7 Simulation results 187
7.8 Summary of important results 192
7.9 Problems 193
8 Differential space-time modulation 195
8.1 Introduction 195
8.2 Differential encoding 198
8.3 Differential decoding 203
8.4 Extension to more than two antennas 207
8.5 Simulation results 214
8.6 Summary of important results 218
8.7 Problems 218
9 Spatial multiplexing and receiver design 221
9.1 Introduction 221
9.2 Spatial multiplexing 222
9.3 Sphere decoding 223
9.4 Using equalization techniques in receiver design 227
9.5 V-BLAST 230
9.6 D-BLAST 235
9.7 Turbo-BLAST 238
9.8 Combined spatial multiplexing and space-time coding 241
9.9 Simulation results 246
9.10 Summary of important results 249
9.11 Problems 249
10 Non-orthogonal space-time block codes 251
10.1 Introduction 251
10.2 Linear dispersion space-time block codes 252
10.3 Space-time block codes using number theory 259
10.4 Threaded algebraic space-time codes 260
10.5 Simulation results 267
10.6 Summary of important results 270
10.7 Problems 270
11 Additional topics in space-time coding 272
11.1 MIMO-OFDM 272
11.2 Implementation issues in MIMO-OFDM 278
11.3 Space-time turbo codes 283
11.4 Beamforming and space-time coding 286
11.5 Problems 290
References 291
Index 300

wildy

thanks!

lulinjun_001

这么好的书，楼主贡献出来，真是好人。

lulinjun_001

这么好的书，楼主贡献出来，真是好人。

adwinruan

很好的书，谢谢了

bigbigco

內容相當廣, 但深度稍不足
不過仍是好書

bigbigco

tai new B le !!!!
zhi chi ni !!!!!!!! :handshake