With the excellent performance compared to that of other existing codes, turbo code and its successors have been adopted into many communication systems and incorporated with various industrial standards. To celebrate another communication engineering milestone, leading experts present together with the contemporary applications of most modern systems. Turbo Code Applications provides a vast coverage of those applications starting from data storage systems through wire-line and wireless communications. That includes the utilization in digital video broadcasting, satellite communications, space exploring systems, and the implementation technologies. Turbo Code Applications is a rich source for scientists, engineers, and students who are searching for numerous aspects of turbo code applications which revolutionized the digital communications.
Author(s): Keattisak Sripimanwat (Editor)
Edition: 1
Year: 2005
Language: English
Pages: 386
Contents......Page 8
1 Book Introduction......Page 21
1.1.1 Evolutions and Milestones......Page 23
1.1.2 Golden Patents and Awards......Page 27
1.2 Outline of Book: a journey from a paper to realization......Page 30
References......Page 33
Part I Data Storage Systems......Page 35
2.1 Introduction......Page 36
2.2 Turbo Equalization......Page 39
2.3 Development......Page 45
2.4 Simulation Results......Page 48
References......Page 61
3 Turbo Product Codes for Optical Recording Systems......Page 64
3.1 Optical Recording Systems......Page 65
3.2 The Physics of Optical Recording......Page 69
3.3 Channel and Noise Modeling......Page 73
3.4 Turbo Product Codes in Optical Recording Systems......Page 76
3.5 System Performance......Page 78
References......Page 81
Part II Wireline Communications......Page 83
4 Turbo and Turbo-like Code Design in ADSL Modems......Page 84
4.1 Turbo Encoder Design for ADSL Modems......Page 86
4.2 Turbo Decoder Design for ADSL Modems......Page 88
4.3 Interleaver Design for Turbo Code in ADSL Modems......Page 91
4.4 LDPC Codes and LDPC Encoder Design for ADSL Modems......Page 97
4.5 LDPC Decoder Design for ADSL Modems......Page 101
4.6 Performance......Page 104
4.7 Final Remarks......Page 107
References......Page 108
5.1 Forward Error Correction in Fiber Optic Links......Page 111
5.2 Turbo Product Codes......Page 113
5.3 Single-Mode Fiber Links......Page 116
5.4 Multimode Fiber Links......Page 125
5.6 Acknowledgment......Page 133
References......Page 134
Part III Wireless Communications......Page 136
6.1 Information Theoretic Communications......Page 137
6.2 Large-Constellation Channels......Page 141
6.3 Layering of Large-Constellation Channels......Page 146
6.4 Iterative Decoding......Page 152
6.5 Asymmetric Operating Conditions......Page 163
6.6 Conclusions......Page 164
References......Page 167
7 Turbo Receiver Techniques for Coded MIMO OFDM Systems......Page 170
7.1 LDPC-Coded MIMO OFDM Systems......Page 173
7.2 Turbo Receivers for LDPC-Coded MIMO OFDM......Page 177
7.3 Design of LDPC for MIMO OFDM......Page 188
7.4 Conclusion......Page 200
References......Page 201
8 Space-Time Turbo Coded Modulation for Future Wireless Communication Systems......Page 205
8.1 System Model......Page 207
8.2 Performance Analysis......Page 209
8.3 Constituent Code Optimization......Page 218
8.4 Performance Evaluation......Page 223
8.5 Summary......Page 230
References......Page 231
9.1 Turbo-MIMO......Page 235
9.2 Theory......Page 237
9.3 Suboptimal MIMO Detection......Page 241
9.4 Simulation Results......Page 246
9.5 Applications......Page 250
9.6 Summary and Discussion......Page 251
References......Page 252
10.1 Brief Overview of BWA based on the IEEE802.16 Standard......Page 254
10.2 Turbo Codes in the IEEE802.16 Standard......Page 257
10.3 Performance Analysis of BTC......Page 262
10.4 Implementation......Page 263
10.5 Conclusions......Page 264
References......Page 265
Part IV Satellite and Space Communications......Page 266
11.1 A New Turbo World......Page 267
11.2 Turbo-like Coding Technology Used in Satellite Services......Page 268
11.3 Turbo Satellite Modem Manufacturers......Page 273
11.4 Satellite Systems Using Turbo-like Codes......Page 279
11.5 New Applications and Technologies......Page 284
11.6 A New Turbo Hat?......Page 305
References......Page 306
12 Turbo and LDPC Codes for Digital Video Broadcasting......Page 310
12.1 DVB-RCS......Page 311
12.2 DVB-S2......Page 319
12.3 Putting It All Together......Page 325
References......Page 327
13 Turbo Code Applications on Telemetry and Deep Space Communications......Page 329
13.1 Theory......Page 330
13.2 CCSDS Turbo Codes Performance......Page 332
13.3 Symbol Synchronization Properties......Page 340
13.4 Applications: CCSDS Turbo Codes and Space Missions......Page 348
13.5 Future Developments......Page 349
13.6 Conclusive Remarks......Page 351
References......Page 352
Part V Implementations......Page 353
14 VLSI for Turbo Codes......Page 354
14.1 General Architecture of a Turbo Decoder......Page 356
14.2 Digital Architectures for SISO Processing......Page 358
14.3 SISO Architecture......Page 366
14.4 Parallel Architectures......Page 372
14.5 Energy Aware Techniques......Page 377
14.6 Standards & Products......Page 382
References......Page 385
D......Page 390
M......Page 391
S......Page 392
Z......Page 393
