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多点协作通信系统 理论与应用 英文版PDF|Epub|txt|kindle电子书版本网盘下载
- 丁铭，罗汉文著 著
- 出版社： 上海：上海交通大学出版社
- ISBN：9787313091123
- 出版时间：2013
- 标注页数：280页
- 文件大小：42MB
- 文件页数：299页
- 主题词：多点通信－通信系统－研究－英文
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图书目录
Chapter 1 Introduction1
1.1 A Brief History of the International Mobile Telecommunication Systems1
1.2 The Future of Wireless Communication:The Enhanced 4G Network4
1.2.1 Challenges in the Next Decade4
1.2.2 Development Requirements5
1.2.3 Key Technologies5
1.3 Background of Multipoint Cooperative Communication9
1.4 Scope of This Book10
1.5 BookOutline11
1.6 Conclusion12
References13
Chapter 2 Related Work17
2.1 Fundamentals of Wireless Digital Communication17
2.1.1 What Form of Communication18
2.1.2 How to Communicate19
2.1.3 When/Where to Communicate21
2.2 OFDM Technology22
2.3 MIMO Technology25
2.3.1 Capacity of a MIMO System25
2.3.2 Space-Time Block Codes30
2.3.3 Antenna Array Gain31
2.3.4 MIMO-OFDM Technology33
2.4 Relay Technology34
2.4.1 Relaying Protocols34
2.4.2 One-Way MIMO Relay Technology38
2.4.3 Two-Way MIMO Relay Technology41
2.5 Multiuser MIMO Technology42
2.5.1 System Model42
2.5.2 MU MAC Model43
2.5.3 MU BC Model45
2.5.4 Duality of the MAC and BC Capacity Regions46
2.5.5 MU MIMO Schemes in Practical Systems48
2.6 CSI Feedback Technology49
2.7 Survey of Multipoint Cooperative Communication Technologies51
2.7.1 The First Category of Muitipoint Cooperative Communication53
2.7.2 The Second Category of Multipoint Cooperative Communication55
2.7.3 The Third Category of Multipoint Cooperative Communication56
2.7.4 The Fourth Category of Multipoint Cooperative Communication59
2.7.5 The Fifth Category of Multipoint Cooperative Communication61
2.7.6 The Sixth Category of Multipoint Cooperative Communication62
2.7.7 The Seventh Category of Multipoint Cooperative Communication65
2.7.8 The Eighth Category of Multipoint Cooperative Communication70
2.8 Conclusion76
References77
Chapter 3 The Sixth Category:Antenna Selection Technologies85
3.1 Introduction85
3.2 System Model and Existing Technologies87
3.2.1 System Model87
3.2.2 Existing Technologies94
3.3 Greedy Antenna Selection Algorithms96
3.3.1 Capacity Maximization for the System with Double ZF Processing96
3.3.2 Capacity Maximization for System with General Processing99
3.3.3 MSE Minimization for the System with General Processing103
3.4 Simulation and Analysis106
3.4.1 The Proposed DZF-GCM Algorithm106
3.4.2 The Proposed GCM Algorithm107
3.4.3 The Proposed GMM Algorithm110
3.5 Conclusion112
References114
Chapter 4 The Seventh Category:Advanced Interference Coordination115
4.1 Introduction115
4.2 System Model and Existing Technologies116
4.2.1 SystemModel116
4.2.2 Existing Technologies117
4.3 Advanced Interference Coordination Scheme120
4.3.1 Overall Description of the Proposed Scheme120
4.3.2 Implementation Details of the Proposed Scheme120
4.4 Simulation and Analysis131
4.4.1 Methodology of the System-Level Simulation131
4.4.2 Simulation Parameters134
4.4.3 Implementation Details in the Simulation139
4.4.4 Numerical Results and Discussions145
4.5 Conclusion146
References146
Chapter 5 The Eighth Category:Joint Precoding with Ideal Backhaul149
5.1 Introduction149
5.2 System Model and Existing Technologies151
5.2.1 System Model151
5.2.2 Existing Technologies152
5.3 Enhanced Single-Frequency Network Precoding Scheme161
5.3.1 The Proposed AS-SFNP Scheme161
5.3.2 Analytical Results for the Single-Antenna UE164
5.4 Simulation and Analysis172
5.5 Conclusion182
References183
Chapter 6 The Eighth Category:Sequential and Incremental Precoding with Nonideal Backhaul185
6.1 Introduction185
6.2 System Model and Existing Technologies187
6.2.1 System Model187
6.2.2 Existing Technologies191
6.3 Sequential and Incremental Precoding Scheme195
6.3.1 Precoder Design for the Two-BS JT Network195
6.3.2 Extension to the Multi-BS Scenario199
6.3.3 The SIP Scheme with Codebook-based Feedback199
6.3.4 Extension to the Multi-UE Scenario201
6.4 Simulation andAnalysis201
6.4.1 ConvergenceoftheSIP Scheme202
6.4.2 Performance of the Mean of the Maximum of Sub-stream MSE203
6.4.3 Performance of Average BER203
6.4.4 Performance of the Extended SIP Scheme206
6.4.5 Performance with Codebook-based Feedback209
6.5 Conclusion215
References215
Chapter 7 Coordinated Multipoint System217
7.1 Introduction217
7.2 Standardization Progress218
7.2.1 The Failed Campaign of CoMP in LTE Release 10218
7.2.2 CSI Feedback for Single-Cell MIMO in LTE Release 8/9/10221
7.2.3 The Renewed Campaign of CoMP in LTE Release 11228
7.3 CoMP Schemes in LTE Release 11234
7.3.1 Downlink CoMP Transmission Schemes234
7.3.2 Uplink CoMP Reception Schemes236
7.4 Specification Works237
7.5 Simulation and Analysis237
7.6 Conclusion239
References239
Chapter 8 Common Feedback Framework for Downlink CoMP245
8.1 Introduction245
8.2 Candidates of Common Feedback Framework247
8.2.1 CFF Option Matrix247
8.2.2 Discussions on CFF Options249
8.2.3 Co-phase Versus Aggregated CQI252
8.3 Performance Evaluation254
8.3.1 Simulation Description254
8.3.2 Performance Comparison261
8.4 The Final Winner of CFF265
8.5 Conclusion268
References269
Chapter 9 Conclusion275
9.1 Key Points of This Book275
9.2 Toward the Future279
9.3 Conclusion280
References280