Holdings: Near-capacity multi-functional MIMO systems

Near-capacity multi-functional MIMO systems: sphere-packing, iterative detection, and cooperation

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Bibliographic Details
Format:	Book
Language:	English
Published:	Chichester, WS Wiley 2009
Edition:	1. ed.
Subjects:	MIMO systems Kanalcodierung Kanalkapazität MIMO
Online Access:	Cover Inhaltsverzeichnis
Physical Description:	XVIII, 714 S. Ill., graph. Darst.
ISBN:	9780470779651 0470779659

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adam_text	NEAR-CAPACITY MULTI-FUNCTIONAL MIMO SYSTEMS SPHERE-PACKING, ITERATIVE DETECTION AND COOPERATION LAJOS HANZO, OSAMAH ALAMRI, MOHAMMED EL-HAJJAR AND NAN WU ALL OF UNIVERSITY OF SOUTHAMPTON, UK WILEY A JOHN WILEY AND SONS, LTD, PUBLICATION CONTENTS ABOUT THE AUTHORS XVII OTHER WILEY-IEEE PRESS BOOKS ON RELATED TOPICS XIX PREFACE XXI ACKNOWLEDGMENTS XXIII 1 PROBLEM FORMULATION, OBJECTIVES AND BENEFITS 1 1.1 THE WIRELESS CHANNEL AND THE CONCEPT OF DIVERSITY 2 1.2 DIVERSITY AND MULTIPLEXING TRADE-OFFS IN MULTI-FUNCTIONAL MIMO SYSTEMS . 3 1.2.1 CLASSIFICATION OF MIMO SYSTEMS 3 1.2.2 MULTI-FUNCTIONAL MIMO SYSTEMS 6 1.2.2.1 LAYERED STEERED SPACE-TIME CODES 6 1.2.2.2 LSSTS 8 1.2.3 EXPECTED PERFORMANCE AND DISCUSSIONS 10 1.2.4 DIVERSITY VERSUS MULTIPLEXING TRADE-OFFS IN MIMO SYSTEMS 11 1.3 COHERENT VERSUS NON-COHERENT DETECTION FOR STBCS USING CO-LOCATED AND COOPERATIVE ANTENNA ELEMENTS 13 1.3.1 MOTIVATION 13 1.3.2 EVOLUTION OF STBCS 14 1.3.2.1 ORTHOGONAL APPROACH 14 1.3.2.2 LAYERED APPROACH 15 1.3.2.3 LINEAR DISPERSION CODES 15 1.3.3 DIFFERENTIAL STBCS USING CO-LOCATED ANTENNA ELEMENTS 17 1.3.4 COOPERATIVE STBCS USING DISTRIBUTED ANTENNA ELEMENTS 19 1.3.5 PERFORMANCE FOR IMPERFECT CHANNEL ESTIMATES AND SHADOW-FADING . . 21 1.4 HISTORICAL PERSPECTIVE AND STATE-OF-THE-ART CONTRIBUTIONS 23 1.4.1 CO-LOCATED MIMO TECHNIQUES 23 1.4.1.1 DIVERSITY TECHNIQUES 25 1.4.1.2 MULTIPLEXING TECHNIQUES 27 1.4.1.3 BEAMFORMING TECHNIQUES 29 1.4.1.4 MULTI-FUNCTIONAL MIMO TECHNIQUES 30 1.4.2 DISTRIBUTED MIMO TECHNIQUES 31 VIII CONTENTS 1.5 ITERATIVE DETECTION SCHEMES AND THEIR CONVERGENCE ANALYSIS 34 1.6 OUTLINE AND NOVEL ASPECTS OF THE MONOGRAPH 37 1.6.1 OUTLINE OF THE BOOK 37 1.6.2 NOVEL ASPECTS OF THE BOOK 46 PART I COHERENT VERSUS DIFFERENTIAL T IRBO DETECTION OF SPHERE-PACKING-AIDED SINGLE-USER MIMO SYSTEMS 49 LIST OF SYMBOLS IN PART I 51 2 SPACE-TIME BLOCK CODE DESIGN USING SPHERE PACKING 55 2.1 INTRODUCTION 55 2.2 DESIGN CRITERIA FOR SPACE-TIME SIGNALS 56 2.2.1 CHANNEL MODEL 56 2.2.2 PAIRWISE ERROR PROBABILITY AND DESIGN CRITERION 58 2.3 DESIGN CRITERIA FOR TIME-CORRELATED FADING CHANNELS 59 2.3.1 PRELIMINARIES 59 2.3.2 PAIRWISE ERROR PROBABILITY AND DESIGN CRITERION 60 2.3.3 CODING ADVANTAGE 60 2.3.3.1 GENERALIZED DIVERSITY PRODUCT 60 2.3.3.2 UPPER AND LOWER BOUNDS ON THE GENERALIZED DIVERSITY PRODUCT 61 2.4 ORTHOGONAL SPACE-TIME CODE DESIGN USING SP 62 2.4.1 GENERAL CONCEPT OF SP 62 2.4.1.1 THE SP PROBLEM 62 2.4.1.2 REPRESENTATION OF N-DIMENSIONAL REAL EUCLIDEAN SPACE M RA 62 2.4.1.3 KEPLER CONJECTURE 63 2.4.1.4 KISSING NUMBERS 63 2.4.1.5 -DIMENSIONAL PACKINGS 64 2.4.1.6 APPLICATIONS OF SP 64 2.4.2 SP-AIDED STBC CONCEPT 65 2.4.3 SIGNAL DESIGN FOR TWO TRANSMIT ANTENNAS 68 2.4.3.1 G2 SPACE-TIME ENCODING 69 2.4.3.2 RECEIVER AND ML DECODING 69 2.4.3.3 G 2 STC USING MULTIPLE RECEIVE ANTENNAS 72 2.4.3.4 G 2 ORTHOGONAL DESIGN USING SP 73 2.4.4 SP CONSTELLATION CONSTRUCTION 76 2.4.5 CAPACITY OF STBC-SP SCHEMES 78 2.5 STBC-SP PERFORMANCE 81 2.6 CHAPTER CONCLUSIONS 93 2.7 CHAPTER SUMMARY 93 3 TURBO DETECTION OF CHANNEL-CODED STBC-SP SCHEMES 95 3.1 INTRODUCTION 95 3.2 SYSTEM OVERVIEW 96 3.2.1 RSC-CODED TURBO-DETECTED STBC-SP SCHEME 96 3.2.2 BINARY LDPC-CODED TURBO-DETECTED STBC-SP SCHEME 97 3.3 ITERATIVE DEMAPPING 97 CONTENTS IX 3.4 BINARY EXIT CHART ANALYSIS 100 3.4.1 TRANSFER CHARACTERISTICS OF THE DEMAPPER 100 3.4.2 TRANSFER CHARACTERISTICS OF THE OUTER DECODER 104 3.4.3 EXTRINSIC INFORMATION TRANSFER CHART 106 3.5 PERFORMANCE OF TURBO-DETECTED BIT-BASED STBC-SP SCHEMES 107 3.5.1 PERFORMANCE OF RSC-CODED STBC-SP SCHEME 107 3.5.1.1 MUTUAL INFORMATION AND ACHIEVABLE BER 107 3.5.1.2 DECODING TRAJECTORY AND THE EFFECT OF THE INTERLEAVER DEPTH 110 3.5.1.3 BER PERFORMANCE 112 3.5.2 PERFORMANCE OF BINARY LDPC-CODED STBC-SP SCHEME 115 3.5.2.1 MUTUAL INFORMATION AND ACHIEVABLE BER 115 3.5.2.2 DECODING TRAJECTORY AND EFFECT OF INTERLEAVER DEPTH .... 115 3.5.2.3 EFFECT OF INTERNAL LDPC ITERATIONS AND JOINT EXTERNAL ITERATIONS 117 3.6 CHAPTER CONCLUSIONS 119 3.7 CHAPTER SUMMARY 119 4 TURBO DETECTION OF CHANNEL-CODED DSTBC-SP SCHEMES 125 4.1 INTRODUCTION 125 4.2 DIFFERENTIAL STBC USING SP MODULATION 126 4.2.1 DSTBC SIGNAL DESIGN USING SP MODULATION 126 4.2.2 PERFORMANCE OF DSTBC-SP SCHEMES 128 4.2.2.1 BLOCK RAYLEIGH FADING CHANNELS 129 4.2.2.2 SPSI RAYLEIGH FADING CHANNELS 131 4.3 BIT-BASED RSC-CODED TURBO-DETECTED DSTBC-SP SCHEME 139 4.3.1 SYSTEM OVERVIEW 139 4.3.2 EXIT CHART ANALYSIS 140 4.3.3 PERFORMANCE OF THE RSC-CODED DSTBC-SP SCHEME 144 4.4 CHAPTER CONCLUSIONS 152 4.5 CHAPTER SUMMARY 153 5 THREE-STAGE TURBO-DETECTED STBC-SP SCHEMES 155 5.1 INTRODUCTION 155 5.2 SYSTEM OVERVIEW 156 5.2.1 ENCODER 156 5.2.2 CHANNEL MODEL 157 5.2.3 DECODER 158 5.3 EXIT CHART ANALYSIS 158 5.3.1 PRELIMINARIES 158 5.3.2 THREE-DIMENSIONAL EXIT CHARTS 158 5.3.3 TWO-DIMENSIONAL EXIT CHART PROJECTIONS 161 5.3.4 EXIT TUNNEL-AREA MINIMIZATION FOR NEAR-CAPACITY OPERATION .... 162 5.4 MAXIMUM ACHIEVABLE BANDWIDTH EFFICIENCY 164 5.5 PERFORMANCE OF THREE-STAGE TURBO-DETECTED STBC-SP SCHEMES 167 5.5.1 SYSTEM PARAMETERS 167 5.5.2 THREE-STAGE RA-CODED STBC-SP SCHEME 168 5.5.2.1 DECODING TRAJECTORY 168 5.5.2.2 BER PERFORMANCE 168 5.5.2.3 EFFECT OF INTERLEAVER DEPTH 169 CONTENTS 5.5.3 THREE-STAGE RSC-CODED STBC-SP SCHEME 169 5.5.3.1 DECODING TRAJECTORY 169 5.5.3.2 BER PERFORMANCE 171 5.5.3.3 EFFECT OF INTERLEAVER DEPTH 172 5.5.4 THREE-STAGE IRCC-CODED STBC-SP SCHEME 172 5.5.4.1 DECODING TRAJECTORY 172 5.5.4.2 BER PERFORMANCE 174 5.5.4.3 EFFECT OF INTERLEAVER DEPTH 176 5.5.5 PERFORMANCE COMPARISON OF RSC-CODED AND IRCC-CODED THREE- STAGE STBC-SP SCHEMES 176 5.6 CHAPTER CONCLUSIONS 178 5.7 CHAPTER SUMMARY 179 6 SYMBOL-BASED CHANNEL-CODED STBC-SP SCHEMES 181 6.1 INTRODUCTION 181 6.2 SYSTEM OVERVIEW 182 6.2.1 SYMBOL-BASED LDPC-CODED STBC-SP SCHEME 182 6.2.2 BIT-BASED LDPC-CODED STBC-SP SCHEME 184 6.3 SYMBOL-BASED ITERATIVE DECODING 184 6.4 NON-BINARY EXIT CHART ANALYSIS 186 6.4.1 CALCULATION OF NON-BINARY EXIT CHARTS 186 6.4.2 GENERATING THE A PRIORI SYMBOL PROBABILITIES 188 6.4.2.1 CASE I: THE BINARY BITS OF A NON-BINARY SYMBOL ARE INDEPENDENT 188 6.4.2.2 CASE II: THE BINARY BITS OF A NON-BINARY SYMBOL ARE NOT INDEPENDENT 188 6.4.3 EXIT CHART RESULTS 191 6.4.3.1 EXIT CHARTS OF SYMBOL-BASED SCHEMES 191 6.4.3.2 EXIT CHARTS OF BIT-BASED SCHEMES 194 6.4.3.3 COMPARISON OF THE EXIT CHARTS OF SYMBOL-BASED AND BIT- BASED SCHEMES 194 6.5 PERFORMANCE OF BIT-BASED AND SYMBOL-BASED LDPC-CODED STBC-SP SCHEMES 199 6.5.1 SYSTEM PARAMETERS 199 6.5.2 DECODING TRAJECTORY 199 6.5.3 BER PERFORMANCE 199 6.5.4 EFFECT OF INTERLEAVER DEPTH 199 6.6 CHAPTER CONCLUSIONS 201 6.7 CHAPTER SUMMARY 204 PART II COHERENT VERSUS DIFFERENTIAL T IRBO DETECTION OF SINGLE-USER AND COOPERATIVE MIMOS 207 LIST OF SYMBOLS IN PART II 209 7 LINEAR DISPERSION CODES: AN EXIT CHART PERSPECTIVE 213 7.1 INTRODUCTION AND OUTLINE 213 7.2 LINEAR DISPERSION CODES 217 XI 7.2.1 CHANNEL MODEL 217 7.2.2 LDC MODEL OF [10] 217 7.2.3 LDC MODEL OF [27] 220 7.2.4 MAXIMIZING THE DISCRETE LDC CAPACITY 223 7.2.5 PERFORMANCE RESULTS 224 7.2.6 SUMMARY 230 7.3 LINK BETWEEN STBCS AND LDCS 232 7.3.1 REVIEW OF EXISTING STBC KNOWLEDGE 233 7.3.2 ORTHOGONAL STBCS 235 7.3.3 QOSTBCS 236 7.3.4 LSTBCS BASED ON AMICABLE ORTHOGONAL DESIGNS 236 7.3.5 SINGLE-SYMBOL-DECODABLE STBCS BASED ON QOSTBCS 237 7.3.6 SPACE-TIME CODES USING TVLT 238 7.3.7 THREADED ALGEBRAIC SPACE-TIME CODES 238 7.3.8 SUMMARY 239 7.4 EXIT-CHART-BASED DESIGN OF LDCS 241 7.4.1 ANALYZING ITERATIVELY DETECTED LDCS 241 7.4.2 ANALYZING ITERATIVELY DETECTED PRECODED LDCS 247 7.4.3 SUMMARY 252 7.5 EXIT-CHART-BASED DESIGN OF IR-PLDCS 253 7.5.1 RSC-CODED IR-PLDC SCHEME 253 7.5.1.1 GENERATING COMPONENT CODES FOR IR-PLDCS 255 7.5.1.2 MAXIMUM-RATE RSC-CODED IR-PLDCS 260 7.5.1.3 COMPLEXITY-CONSTRAINED RSC-CODED IR-PLDCS 265 7.5.2 IR-PLDCS VERSUS IRCCS 270 7.5.3 IRCC-CODED IR-PLDC SCHEME 271 7.5.4 SUMMARY 275 7.6 CONCLUSION 277 DIFFERENTIAL SPACE-TIME BLOCK CODES: A UNIVERSAL APPROACH 279 8.1 INTRODUCTION AND OUTLINE 279 8.2 SYSTEM MODEL 280 8.2.1 DPSK SYSTEM MODEL FOR SINGLE ANTENNAS 280 8.2.2 DSTBC SYSTEM MODEL FOR MULTIPLE ANTENNAS 282 8.2.3 LINK BETWEEN STBCS AND DSTBCS 284 8.3 DOSTBCS 285 8.3.1 DIFFERENTIAL ALAMOUTI CODES 285 8.3.1.1 USING QAM CONSTELLATIONS 286 8.3.2 DOSTBCS FOR FOUR TRANSMIT ANTENNAS 287 8.3.3 DOSTBCS BASED ON QOSTBCS 288 8.3.4 DOSTBCS BASED ON LSTBCS AND SSD-STBCS 289 8.3.5 PERFORMANCE RESULTS 290 8.3.6 SUMMARY 294 8.4 DLDCS 295 8.4.1 EVOLUTION TO A LINEAR STRUCTURE 295 8.4.2 DIFFERENTIAL LDCS BASED ON THE CAY LEY TRANSFORM 296 8.4.2.1 THE CAYLEY TRANSFORM 296 8.4.2.2 DIFFERENTIAL ENCODING/DECODING 298 XII CONTENTS 8.4.2.3 EXAMPLES OF DLDCS BASED ON THE CAYLEY TRANSFORM . . . . 299 8.4.3 PERFORMANCE RESULTS 300 8.4.4 SUMMARY 305 8.5 RSC-CODED PRECODER-AIDED DOSTBCS 306 8.5.1 DOSTBC DESIGN WITH SP MODULATION 307 8.5.2 SYSTEM DESCRIPTION 308 8.5.3 EXIT CHART ANALYSIS 310 8.5.4 PERFORMANCE RESULTS 313 8.6 IRCC-CODED PRECODER-AIDED DLDCS 314 8.6.1 EXIT-CHART-BASED IR-PDLDC DESIGN 314 8.6.2 PERFORMANCE RESULTS 318 8.7 CONCLUSION 321 9 COOPERATIVE SPACE-TIME BLOCK CODES 323 9.1 INTRODUCTION AND OUTLINE 323 9.2 TWIN-LAYER CLDCS 326 9.2.1 SYSTEM MODEL 326 9.2.2 SYSTEM ASSUMPTIONS 327 9.2.3 MATHEMATICAL REPRESENTATIONS 328 9.2.4 LINK BETWEEN CLDCS AND LDCS 332 9.2.5 PERFORMANCE RESULTS 334 9.3 IRCC-CODED PRECODER-AIDED CLDCS 341 9.3.1 EXIT-CHART-BASED IR-PCLDC DESIGN 343 9.3.2 PERFORMANCE RESULTS 348 9.4 CONCLUSION 350 PART III DIFFERENTIAL TTORBO DETECTION OF MULTI-FUNCTIONAL MIMO-AIDED MULTI-USER AND COOPERATIVE SYSTEMS 353 LIST OF SYMBOLS IN PART III 355 10 DIFFERENTIAL SPACE-TIME SPREADING 359 10.1 INTRODUCTION 359 10.2 DPSK 360 10.3 DSTS DESIGN USING TWO TRANSMIT ANTENNAS 362 10.3.1 ENCODING USING CONVENTIONAL MODULATION 362 10.3.2 RECEIVER AND MAXIMUM LIKELIHOOD DECODING 363 10.3.3 DESIGN USING SP MODULATION 365 10.3.4 SP CONSTELLATION CONSTRUCTION 368 10.3.5 BANDWIDTH EFFICIENCY OF THE TWIN-ANTENNA-AIDED DSTS SYSTEM . . . 369 10.3.6 CAPACITY OF THE TWO-ANTENNA-AIDED DSTS-SP SCHEME 370 10.3.7 PERFORMANCE OF THE TWO-ANTENNA-AIDED DSTS SYSTEM 373 10.4 DSTS DESIGN USING FOUR TRANSMIT ANTENNAS 383 10.4.1 DESIGN USING REAL-VALUED CONSTELLATIONS 383 10.4.2 DESIGN USING COMPLEX-VALUED CONSTELLATIONS 390 10.4.3 DESIGN USING SP MODULATION 390 10.4.4 BANDWIDTH EFFICIENCY OF THE FOUR-ANTENNA-AIDED DSTS SCHEME . . . 392 10.4.5 CAPACITY OF THE FOUR-ANTENNA-AIDED DSTS-SP SCHEME 393 CONTENTS XIII 10.4.6 PERFORMANCE OF THE FOUR-ANTENNA-AIDED DSTS SCHEME 393 10.5 CHAPTER CONCLUSIONS 403 10.6 CHAPTER SUMMARY 403 11 ITERATIVE DETECTION OF CHANNEL-CODED DSTS SCHEMES 405 11.1 INTRODUCTION 405 11.2 ITERATIVE DETECTION OF RSC-CODED DSTS SCHEMES 406 11.2.1 ITERATIVE DEMAPPING 408 11.2.1.1 CONVENTIONAL MODULATION 408 11.2.1.2 SP MODULATION 409 11.2.2 EXIT CHART ANALYSIS 410 11.2.2.1 TRANSFER CHARACTERISTICS OF THE DEMAPPER 410 11.2.2.2 TRANSFER CHARACTERISTICS OF THE OUTER DECODER 413 11.2.2.3 EXIT CHART 414 11.2.3 MAXIMUM ACHIEVABLE BANDWIDTH EFFICIENCY 417 11.2.4 RESULTS AND DISCUSSION 420 11.2.5 APPLICATION: SOFT-BIT-ASSISTED ITERATIVE AMR-WB SOURCE DECODING AND ITERATIVE DETECTION OF CHANNEL-CODED DSTS-SP SYSTEM 434 11.3 ITERATIVE DETECTION OF RSC-CODED AND UNITY-RATE PRECODED FOUR-ANTENNA-AIDED DSTS-SP SYSTEM 438 11.3.1 SYSTEM OVERVIEW 439 11.3.2 RESULTS AND DISCUSSION 441 11.3.3 APPLICATION: ITERATIVELY DETECTED IRREGULAR VARIABLE-LENGTH CODED AND UNITY-RATE PRECODED DSTS-SP SCHEMES 446 11.3.3.1 IR-VLC DESIGN USING EXIT CHART ANALYSIS 448 11.3.3.2 PERFORMANCE RESULTS 449 11.4 CHAPTER CONCLUSIONS 451 11.5 CHAPTER SUMMARY 453 12 ADAPTIVE DSTS-ASSISTED ITERATIVELY DETECTED SP MODULATION 455 12.1 INTRODUCTION 455 12.2 SYSTEM OVERVIEW 457 12.3 ADAPTIVE DSTS-ASSISTED SP MODULATION 458 12.3.1 SINGLE-LAYER FOUR-ANTENNA-AIDED DSTS-SP SYSTEM 459 12.3.2 TWIN-LAYER FOUR-ANTENNA-AIDED DSTS-SP SYSTEM 461 12.4 VSF-BASED ADAPTIVE RATE DSTS 463 12.5 VARIABLE-CODE-RATE ITERATIVELY DETECTED DSTS-SP SYSTEM 464 12.6 RESULTS AND DISCUSSION 464 12.7 CHAPTER CONCLUSION AND SUMMARY 467 13 LAYERED STEERED SPACE-TIME CODES 469 13.1 INTRODUCTION 469 13.2 LSSTCS 471 13.2.1 LSSTC USING CONVENTIONAL MODULATION 471 13.2.2 LSSTC USING SP MODULATION 473 13.3 CAPACITY OF LSSTCS 474 13.4 ITERATIVE DETECTION AND EXIT CHART ANALYSIS 478 13.4.1 TWO-STAGE ITERATIVE DETECTION SCHEME 481 13.4.1.1 TWO-DIMENSIONAL EXIT CHARTS 481 XIV CONTENTS 13.4.1.2 EXIT TUNNEL-AREA MINIMIZATION FOR NEAR-CAPACITY OPERATION USING IRCCS 482 13.4.2 THREE-STAGE ITERATIVE DETECTION SCHEME 486 13.4.2.1 THREE-DIMENSIONAL EXIT CHARTS 486 13.4.2.2 TWO-DIMENSIONAL EXIT CHART PROJECTION 488 13.4.3 MAXIMUM ACHIEVABLE BANDWIDTH EFFICIENCY 491 13.5 RESULTS AND DISCUSSION 492 13.6 CHAPTER CONCLUSIONS 499 13.7 CHAPTER SUMMARY 499 14 DL LSSTS-AIDED GENERALIZED MC DS-CDMA 501 14.1 INTRODUCTION 501 14.2 LSSTS-AIDED GENERALIZED MC DS-CDMA 503 14.2.1 TRANSMITTER MODEL 504 14.2.2 RECEIVER MODEL 506 14.3 INCREASING THE NUMBER OF USERS BY EMPLOYING TD AND FD SPREADING . . . .510 14.3.1 TRANSMITTER MODEL 511 14.3.2 RECEIVER MODEL 512 14.3.3 USER GROUPING TECHNIQUE 514 14.4 ITERATIVE DETECTION AND EXIT CHART ANALYSIS 515 14.4.1 EXIT CHARTS AND LLR POST-PROCESSING 519 14.5 RESULTS AND DISCUSSION 526 14.6 CHAPTER CONCLUSIONS 531 14.7 CHAPTER SUMMARY 533 15 DISTRIBUTED TURBO CODING 535 15.1 INTRODUCTION 535 15.2 BACKGROUND OF COOPERATIVE COMMUNICATIONS 537 15.2.1 AMPLIFY-AND-FORWARD 537 15.2.2 DECODE-AND-FORWARD 538 15.2.3 CODED COOPERATION 538 15.3 DTC 539 15.4 RESULTS AND DISCUSSION 543 15.5 CHAPTER CONCLUSIONS 549 15.6 CHAPTER SUMMARY 551 16 CONCLUSIONS AND FUTURE RESEARCH 553 16.1 SUMMARY AND CONCLUSIONS 553 16.1.1 CHAPTER 1: PROBLEM FORMULATION, OBJECTIVES AND BENEFITS 553 16.1.2 CHAPTER 2: SPACE-TIME BLOCK CODE DESIGN USING SPHERE PACKING . . 553 16.1.3 CHAPTER 3: TURBO DETECTION OF CHANNEL-CODED STBC-SP SCHEMES . . 554 16.1.4 CHAPTER 4: TURBO DETECTION OF CHANNEL-CODED DSTBC-SP SCHEMES . 555 16.1.5 CHAPTER 5: THREE-STAGE TURBO-DETECTED STBC-SP SCHEMES 557 16.1.6 CHAPTER 6: SYMBOL-BASED CHANNEL-CODED STBC-SP SCHEMES 561 16.1.7 CHAPTER 7: LINEAR DISPERSION CODES: AN EXIT CHART PERSPECTIVE . . . 562 16.1.8 CHAPTER 8: DIFFERENTIA] SPACE-TIME BLOCK CODES: A UNIVERSAL APPROACH 565 16.1.9 CHAPTER 9: COOPERATIVE SPACE-TIME BLOCK CODES 567 16.1.9.1 LINKING LDCS, DLDCS AND CLDCS 569 CONTENTS XV 16.1.10 CHAPTER 10: DIFFERENTIAL SPACE-TIME SPREADING 573 16.1.11 CHAPTER 11: ITERATIVE DETECTION OF CHANNEL-CODED DSTS SCHEMES . . 574 16.1.12 CHAPTER 12: ADAPTIVE DSTS-ASSISTED ITERATIVELY DETECTED SP MODULATION 578 16.1.13 CHAPTER 13: LAYERED STEERED SPACE-TIME CODES 579 16.1.14 CHAPTER 14: DL LSSTS-AIDED GENERALIZED MC DS-CDMA 581 16.1.15 CHAPTER 15: DISTRIBUTED TURBO CODING 585 16.2 FUTURE RESEARCH IDEAS 587 16.2.1 GENERALIZED TURBO-DETECTED SP-ASSISTED ORTHOGONAL DESIGN 588 16.2.2 PRECODER DESIGN FOR SHORT INTERLEAVER DEPTHS 588 16.2.3 IMPROVING THE CODING GAIN OF V-BLAST SCHEMES 589 16.2.4 ADAPTIVE CLOSED-LOOP CO-LOCATED MIMO SYSTEMS 590 16.2.5 IMPROVED PERFORMANCE COOPERATIVE MIMO SYSTEMS 590 16.2.6 DIFFERENTIAL MULTI-FUNCTIONAL MIMO 591 16.2.7 MULTI-FUNCTIONAL COOPERATIVE COMMUNICATION SYSTEMS 592 16.2.8 SOFT RELAYING AND POWER OPTIMIZATION IN DTC 593 16.3 CLOSING REMARKS 594 A GRAY MAPPING AND AGM SCHEMES FOR SP MODULATION OF SIZE L = 16 595 * EXIT CHARTS OF VARIOUS BIT-BASED TUERBO-DETECTED STBC-SP SCHEMES 601 B.L EXIT CHARTS OF RSC-CODED STBC-SP SCHEMES 601 B.2 EXIT CHARTS OF LDPC-CODED STBC-SP SCHEMES 616 * EXIT CHARTS OF VARIOUS BIT-BASED TURBO-DETECTED DSTBC-SP SCHEMES 631 D LDCS X FOR QPSK MODULATION 647 E DLDCS X FOR 2PAM MODULATION 651 F CLDCS XI AND % 2 FOR BPSK MODULATION 655 G WEIGHTING COEFFICIENT VECTORS * AND 7 659 H GRAY MAPPING AND AGM SCHEMES FOR SP MODULATION OF SIZE L = 16 675 GLOSSARY 679 BIBLIOGRAPHY 685 INDEX 707 AUTHOR INDEX 711
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id	DE-604.BV036092857
illustrated	Illustrated
indexdate	2024-07-09T22:11:24Z
institution	BVB
isbn	9780470779651 0470779659
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-018983428
oclc_num	276228974
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physical	XVIII, 714 S. Ill., graph. Darst.
publishDate	2009
publishDateSearch	2009
publishDateSort	2009
publisher	Wiley
record_format	marc
spelling	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation by Lajos Hanzo .... 1. ed. Chichester, WS Wiley 2009 XVIII, 714 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier MIMO systems Kanalcodierung (DE-588)4163183-3 gnd rswk-swf Kanalkapazität (DE-588)4538367-4 gnd rswk-swf MIMO (DE-588)7540075-3 gnd rswk-swf MIMO (DE-588)7540075-3 s Kanalkapazität (DE-588)4538367-4 s Kanalcodierung (DE-588)4163183-3 s DE-604 Hanzo, Lajos Sonstige oth DE-576;wiley image/jpeg http://swbplus.bsz-bw.de/bsz306966360cov.htm 20090527203814 Cover GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018983428&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation MIMO systems Kanalcodierung (DE-588)4163183-3 gnd Kanalkapazität (DE-588)4538367-4 gnd MIMO (DE-588)7540075-3 gnd
subject_GND	(DE-588)4163183-3 (DE-588)4538367-4 (DE-588)7540075-3
title	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation
title_auth	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation
title_exact_search	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation
title_full	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation by Lajos Hanzo ....
title_fullStr	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation by Lajos Hanzo ....
title_full_unstemmed	Near-capacity multi-functional MIMO systems sphere-packing, iterative detection, and cooperation by Lajos Hanzo ....
title_short	Near-capacity multi-functional MIMO systems
title_sort	near capacity multi functional mimo systems sphere packing iterative detection and cooperation
title_sub	sphere-packing, iterative detection, and cooperation
topic	MIMO systems Kanalcodierung (DE-588)4163183-3 gnd Kanalkapazität (DE-588)4538367-4 gnd MIMO (DE-588)7540075-3 gnd
topic_facet	MIMO systems Kanalcodierung Kanalkapazität MIMO
url	http://swbplus.bsz-bw.de/bsz306966360cov.htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018983428&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT hanzolajos nearcapacitymultifunctionalmimosystemsspherepackingiterativedetectionandcooperation

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