Verfügbarkeit: Next generation wireless systems and networks

Next generation wireless systems and networks:

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Chen, Hsiao-Hwa (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Chichester Wiley 2006
Schlagworte:	Transmission sans fil Wireless communication systems Code division multiple access Mobile communication systems Mobile Telekommunikation
Online-Zugang:	Table of contents only Publisher description Inhaltsverzeichnis
Beschreibung:	Includes bibliographical references (p. [449]-480) and index
Beschreibung:	XIV, 498 S. graph. Darst.
ISBN:	0470024348 9780470024348

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Datensatz im Suchindex

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adam_text	NEXT GENERATION WIRELESS SYSTEMS AND NETWORKS HSIAO-HWA CHEN NATIONAL SUN YAT-SEN UNIVERSITY, TAIWAN MOHSEN GUIZANI WESTERN MICHIGAN UNIVERSITY, USA JOHN WILEY & SONS, LTD . : . * : * * * * . * . . *** . . * . . * * *.. CONTENTS PREFACE XI ABOUT THE AUTHORS XIII 1 INTRODUCTION 1 1.1 PART I: BACKGROUND KNOWLEDGE 2 1.2 PART II: 3G MOBILE CELLULAR STANDARDS 5 1.3 PART III: WIRELESS NETWORKING 9 1.4 PART IV: B3G AND EMERGING WIRELESS TECHNOLOGIES 10 1.5 SUGGESTIONS FOR USING THIS BOOK 15 2 FUNDAMENTALS OF WIRELESS COMMUNICATIONS 19 2.1 THEORY OF RADIO COMMUNICATION CHANNELS 20 2.1.1 RADIO SIGNAL PROPAGATION 20 2.1.2 FADING CHANNEL MODELS 22 2.1.3 NARROWBAND AND FREQUENCY-DOMAIN CHARACTERISTICS 26 2.1.4 WIDEBAND AND TIME-DOMAIN CHARACTERISTICS 30 2.2 SPREAD SPECTRUM TECHNIQUES 36 2.2.1 DIRECT-SEQUENCE SPREAD SPECTRUM TECHNIQUES 41 2.2.2 FREQUENCY HOPPING SPREAD SPECTRUM TECHNIQUES 55 2.2.3 TIME HOPPING SPREAD SPECTRUM AND ULTRA-WIDEBAND TECHNIQUES 60 2.3 MULTIPLE ACCESS TECHNOLOGIES 62 2.3.1 FREQUENCY DIVISION MULTIPLE ACCESS 62 2.3.2 TIME DIVISION MULTIPLE ACCESS 64 2.3.3 CODE DIVISION MULTIPLE ACCESS 66 2.3.4 RANDOM MULTIPLE ACCESS TECHNOLOGIES 81 2.4 MULTIPLE USER SIGNAL PROCESSING 92 2.4.1 MULTIUSER JOINT DETECTION AGAINST MAI 93 2.4.2 PILOT-AIDED CDMA SIGNAL DETECTION 100 2.4.3 BEAM-FORMING AGAINST CO-CHANNEL INTERFERENCE 102 2.5 OSI REFERENCE MODEL 105 2.6 SWITCHING TECHNIQUES 108 2.6.1 CIRCUIT SWITCHING NETWORKS 110 2.6.2 PACKET SWITCHING NETWORKS 111 2.7 IP-BASED NETWORKING 113 3 3G MOBILE CELLULAR TECHNOLOGIES 117 3.1 CDMA2000 122 3.1.1 OPERATIONAL ADVANTAGES 123 VI CONTENTS 3.1.2 GENERAL ARCHITECTURE 130 3.1.3 AIRLINK DESIGN 132 3.1.4 DATA THROUGHPUT 133 3.1.5 TURBO CODING 134 3.1.6 FORWARD LINK 135 3.1.7 SCHEDULING 141 3.1.8 REVERSE LINK 142 3.1.9 CDMA2000 IXEV SIGNALING 145 3.1.10 HANDOFFS 150 3.1.11 SUMMARY OF CDMA2000 LX-EV 151 3.1.12 CDMA2000 IXEV-DO 151 3.1.13 CDMA2000 IXEV-DV 152 3.2 WCDMA 155 3.2.1 HISTORY OF UMTS WCDMA 158 3.2.2 ETSI UMTS VERSUS ARIB WCDMA 164 3.2.3 UMTS CELL AND NETWORK STRUCTURE 167 3.2.4 UMTS RADIO INTERFACE 169 3.2.5 UMTS PROTOCOL STACK 172 3.2.6 UTRA CHANNELS 173 3.2.7 UTRA MULTIPLEXING AND FRAME STRUCTURE 178 3.2.8 SPREADING AND CARRIER MODULATIONS 180 3.2.9 PACKET DATA . 184 3.2.10 POWER CONTROL 185 3.2.11 HANDOVERS 187 3.3 TD-SCDMA 189 3.3.1 HISTORICAL BACKGROUND 190 3.3.2 OVERVIEW OF TD-SCDMA 193 3.3.3 FRAME STRUCTURE : 193 3.3.4 SMART ANTENNA 196 3.3.5 ADAPTIVE BEAM PATTERNS 196 3.3.6 UP-LINK SYNCHRONIZATION CONTROL 196 3.3.7 INTERCELL SYNCHRONIZATION 199 3.3.8 BATON HANDOVER 199 3.3.9 INTERCELL DYNAMIC CHANNEL ALLOCATION 201 3.3.10 FLEXIBILITY IN NETWORK DEPLOYMENT 202 3.3.11 TECHNICAL LIMITATIONS OF TD-SCDMA 202 3.3.12 GLOBAL IMPACT OF TD-SCDMA 202 4 WIRELESS DATA NETWORKS 205 4.1 IEEE 802.11 STANDARDS FOR WIRELESS NETWORKS 205 4.1.1 FUNDAMENTALS OF IEEE 802.11 STANDARDS 208 4.1.2 ARCHITECTURE AND FUNCTIONALITY OF A MAC SUBLAYER 215 4.1.3 IEEE 802.11 FREQUENCY HOPPING SPREAD SPECTRUM 219 4.1.4 IEEE 802.11 DIRECT-SEQUENCE SPREAD SPECTRUM 219 4.1.5 THE REASON DSSS WON 220 4.1.6 IEEE 802.11 INFRARED SPECIFICATIONS 220 4.1.7 IEEE 802.11B SUPPLEMENT TO 802.11 STANDARDS . 220 4.1.8 IEEE 802.11G STANDARD 221 4.2 IEEE 802.11A SUPPLEMENT TO 802.11 STANDARDS 221 ; CONTENTS VII 4.3 IEEE 802.11 SECURITY 223 4.3.1 AUTHENTICATION 224 4.3.2 WEP 225 4.4 IEEE 802.15 WPAN STANDARDS 231 4.4.1 IEEE 802.15.3A STANDARD 232 4.4.2 IEEE 802.15.4 STANDARD 232 4.5 IEEE 802.16 WMAN STANDARDS 232 4.6 ETSI HIPERLAN AND ETSI HIPERLAN/2 STANDARDS 232 4.7 MMACBY JAPAN 233 4.8 BLUETOOTH TECHNOLOGIES 233 4.8.1 BLUETOOTH PROTOCOL STACK 234 4.8.2 BLUETOOTH SECURITY 235 5 AU-IP WIRELESS NETWORKING 237 5.1 SOME NOTES ON 1G/2G/3G/4G TERMINOLOGY 238 5.2 MOBILE IP 239 5.3 EPV6 VERSUS IPV4 241 5.4 MOBILE IPV6 241 5.5 WIRELESS APPLICATION PROTOCOL (WAP) 243 5.6 IP ON MOBILE AD HOC NETWORKS 244 5.7 ALL-IP ROUTING PROTOCOLS 246 6 ARCHITECTURE OF B3G WIRELESS SYSTEMS 249 6.1 SPECTRUM AUOCATION AND WIRELESS TRANSMISSION ISSUES 250 6.1.1 MODULATION ACCESS TECHNIQUES: OFDM AND BEYOND 251 6.1.2 NONCONVERTTIONAL ACCESS ARCHITECTURES 251 6.1.3 MULTIANTENNA TECHNIQUES 252 6.1.4 ADAPTIVE MODULATION AND CODING 252 6.1.5 SOFTWARE DEFINED RADIO 253 6.2 INTEGRATION OF WMANAVLANAVPAN AND MOBILE CELLULAR 253 6.3 HIGH-SPEED DATA 255 6.4 MULTIMODE AND RECONFIGURABLE PLATFORMS 256 6.5 AD HOC MOBILE NETWORKING 258 6.6 NETWORKING PLAN ISSUES 261 6.7 SATELLITE SYSTEMS IN B3G WIRELESS 264 6.8 OTHER CHALLENGING ISSUES 264 7 MULTIPLE ACCESS TECHNOLOGIES FOR B3G WIRELESS 267 7.1 WHAT DOES B3G WIRELESS NEED? 268 7.2 A FEATURE TOPIC ON B3G WIRELESS 269 7.3 NEXT-GENERATION CDMA TECHNOLOGIES 271 7.3.1 IMPORTANCE OF USING GOOD CDMA CODES 271 7.3.2 SYSTEM MODEL AND ASSUMPTIONS 272 7.3.3 SPREADING AND CARRIER MODULATIONS 272 7.3.4 WHY THE REAL APPROACH? 275 7.3.5 REAL APPROACH FOR DS-CDMA 276 7.3.6 REAL APPROACH FOR OS-CDMA 280 7.3.7 IMPLEMENTATION AND PERFORMANCE ISSUES 280 7.4 MULTICARRIER CDMA TECHNIQUES 285 7.4.1 DUPLICATED TIME-SPREADING MC-CDMA 286 CONTENTS 7.4.2 DUPLICATED FREQUENCY-SPREADING MC-CDMA 287 7.4.3 MULTIPLEXED TIME-SPREADING MC-CDMA 288 7.4.4 MULTIPLEXED FREQUENCY-SPREADING MC-CDMA 289 7.5 OFDM TECHNIQUES 289 7.5.1 FROM MULTICARRIER SYSTEM TO OFDM 291 7.5.2 CYCLIC PREFIX 293 7.5.3 PAPRISSUES 295 7.5.4 OFDMA TECHNOLOGIES 295 7.6 ULTRA-WIDEBAND TECHNOLOGIES 297 7.6.1 MAJOR UWB TECHNOLOGIES 299 7.6.2 DS-CDMA UWB SYSTEM MODEL 304 7.6.3 FIAT FADING CHANNEL 306 7.6.4 FREQUENCY-SELECTIVE FADING CHANNELS 313 7.6.5 DS-CDMA UWB SYSTEM PERFORMANCE 325 MIMO SYSTEMS 331 8.1 SIMO, MISO AND MIMO SYSTEMS 331 8.2 SPATIAL DIVERSITY IN MEMO SYSTEMS 334 8.2.1 DIVERSITY COMBINING METHODS 334 8.2.2 RECEIVER DIVERSITY 334 8.2.3 TRANSMITTER DIVERSITY 336 8.3 SPATIAL MULTIPLEXING IN MIMO SYSTEMS 339 8.4 STBC-CDMA SYSTEMS 341 8.5 GENERIC STBC-CDMA SYSTEM MODEL 343 8.6 UNITARY CODE-BASED STBC-CDMA SYSTEM 346 8.7 COMPLEMENTARY CODED STBC-CDMA SYSTEM 348 8.7.1 DUAL TRANSMITTER ANTENNAE 349 8.7.2 ARBITRARY NUMBER OF TRANSMITTER ANTENNAE 352 8.8 DISCUSSION AND SUMMARY 354 COGNITIVE RADIO TECHNOLOGY 361 9.1 WHY COGNITIVE RADIO? 361 9.2 HISTORY OF COGNITIVE RADIO 364 9.3 WHAT IS COGNITIVE RADIO? 366 9.3.1 DEFINITIONS OF COGNITIVE RADIO 367 9.3.2 BASIC COGNITIVE ALGORITHMS 367 9.3.3 CONCEPTUAL CLASSIFICATIONS OF COGNITIVE RADIOS 369 9.4 FROM SDR TO COGNITIVE RADIO 370 9.4.1 HOW DOES SDR WORK? 371 9.4.2 DIGITAL DOWN CONVERTER (DDC) 372 9.4.3 ANALOG TO DIGITAL CONVERTER 373 9.4.4 A GENERIC SDR 375 9.4.5 THREE SDR SCHEMES 378 9.4.6 IMPLEMENT COGNITIVE RADIO BASED ON SDR 378 9.5 COGNITIVE RADIO FOR WPANS 382 9.6 COGNITIVE RADIO FOR WLANS 384 9.7 COGNITIVE RADIO FOR WMANS 389 9.8 COGNITIVE RADIO FOR WWANS 390 9.9 COGNITIVE RADIO FOR WRANS: IEEE 802.22 391 9.10 CHALLENGES TO IMPLEMENT COGNITIVE RADIO 393 9.11 COGNITIVE RADIO PRODUCTS AND APPLICATIONS 393 CONTENTS IX 10 E-UTRAN: 3GPP S EVOLUTIONAL PATH TO 4G 397 10.1 3GPP TSG FOR E-UTRAN 398 10.2 ORIGIN OF E-UTRAN 400 10.3 GENERAL FEATURES OF E-UTRAN 400 10.4 E-UTRAN STUDY ITEMS 406 10.5 E-UTRAN TSG WORK PLAN 408 10.6 E-UTRAN RADIO INTERFACE PROTOCOLS 412 10.6.1 E-UTRAN PROTOCOL ARCHITECTURE 412 10.6.2 E-UTRAN LAYER 1 413 10.6.3 E-UTRAN LAYER 2 414 10.7 E-UTRAN PHYSICAL LAYER ASPECTS 416 10.7.1 DOWNLINK ASPECTS OF FDD OFDMA 417 10.7.2 UPLINK ASPECTS OF FDD OFDMA 422 10.8 SUMMARY 425 A ORTHOGONAL COMPLEMENTARY CODES (PG = 8 ~ 512) 427 B MAI IN ASYNCHRONOUS FIAT FADING UWB CHANNEL 433 C MI IN ASYNCHRONOUS MODIFIED S-V UWB CHANNEL 439 D PROOF OF EQUATION (8.44) 443 E PROPERTIES OF ORTHOGONAL COMPLEMENTARY CODES 445 F PROOF OF EQUATION (8.66) 447 BIBLIOGRAPHY 449 INDEX 481
adam_txt	NEXT GENERATION WIRELESS SYSTEMS AND NETWORKS HSIAO-HWA CHEN NATIONAL SUN YAT-SEN UNIVERSITY, TAIWAN MOHSEN GUIZANI WESTERN MICHIGAN UNIVERSITY, USA JOHN WILEY & SONS, LTD ' . : . * : * * * * . * ' . . *** . . * ' . . * * *. CONTENTS PREFACE XI ABOUT THE AUTHORS XIII 1 INTRODUCTION 1 1.1 PART I: BACKGROUND KNOWLEDGE 2 1.2 PART II: 3G MOBILE CELLULAR STANDARDS 5 1.3 PART III: WIRELESS NETWORKING 9 1.4 PART IV: B3G AND EMERGING WIRELESS TECHNOLOGIES 10 1.5 SUGGESTIONS FOR USING THIS BOOK 15 2 FUNDAMENTALS OF WIRELESS COMMUNICATIONS 19 2.1 THEORY OF RADIO COMMUNICATION CHANNELS 20 2.1.1 RADIO SIGNAL PROPAGATION 20 2.1.2 FADING CHANNEL MODELS 22 2.1.3 NARROWBAND AND FREQUENCY-DOMAIN CHARACTERISTICS 26 2.1.4 WIDEBAND AND TIME-DOMAIN CHARACTERISTICS 30 2.2 SPREAD SPECTRUM TECHNIQUES 36 2.2.1 DIRECT-SEQUENCE SPREAD SPECTRUM TECHNIQUES 41 2.2.2 FREQUENCY HOPPING SPREAD SPECTRUM TECHNIQUES 55 2.2.3 TIME HOPPING SPREAD SPECTRUM AND ULTRA-WIDEBAND TECHNIQUES 60 2.3 MULTIPLE ACCESS TECHNOLOGIES 62 2.3.1 FREQUENCY DIVISION MULTIPLE ACCESS 62 2.3.2 TIME DIVISION MULTIPLE ACCESS 64 2.3.3 CODE DIVISION MULTIPLE ACCESS 66 2.3.4 RANDOM MULTIPLE ACCESS TECHNOLOGIES 81 2.4 MULTIPLE USER SIGNAL PROCESSING 92 2.4.1 MULTIUSER JOINT DETECTION AGAINST MAI 93 2.4.2 PILOT-AIDED CDMA SIGNAL DETECTION 100 2.4.3 BEAM-FORMING AGAINST CO-CHANNEL INTERFERENCE 102 2.5 OSI REFERENCE MODEL 105 2.6 SWITCHING TECHNIQUES 108 2.6.1 CIRCUIT SWITCHING NETWORKS 110 2.6.2 PACKET SWITCHING NETWORKS 111 2.7 IP-BASED NETWORKING 113 3 3G MOBILE CELLULAR TECHNOLOGIES 117 3.1 CDMA2000 122 3.1.1 OPERATIONAL ADVANTAGES 123 VI CONTENTS 3.1.2 GENERAL ARCHITECTURE 130 3.1.3 AIRLINK DESIGN 132 3.1.4 DATA THROUGHPUT 133 3.1.5 TURBO CODING 134 3.1.6 FORWARD LINK 135 3.1.7 SCHEDULING 141 3.1.8 REVERSE LINK 142 3.1.9 CDMA2000 IXEV SIGNALING 145 3.1.10 HANDOFFS 150 3.1.11 SUMMARY OF CDMA2000 LX-EV 151 3.1.12 CDMA2000 IXEV-DO 151 3.1.13 CDMA2000 IXEV-DV 152 3.2 WCDMA 155 3.2.1 HISTORY OF UMTS WCDMA 158 3.2.2 ETSI UMTS VERSUS ARIB WCDMA 164 3.2.3 UMTS CELL AND NETWORK STRUCTURE 167 3.2.4 UMTS RADIO INTERFACE 169 3.2.5 UMTS PROTOCOL STACK 172 3.2.6 UTRA CHANNELS 173 3.2.7 UTRA MULTIPLEXING AND FRAME STRUCTURE 178 3.2.8 SPREADING AND CARRIER MODULATIONS 180 3.2.9 PACKET DATA . 184 3.2.10 POWER CONTROL 185 3.2.11 HANDOVERS 187 3.3 TD-SCDMA 189 3.3.1 HISTORICAL BACKGROUND 190 3.3.2 OVERVIEW OF TD-SCDMA 193 3.3.3 FRAME STRUCTURE : 193 3.3.4 SMART ANTENNA 196 3.3.5 ADAPTIVE BEAM PATTERNS 196 3.3.6 UP-LINK SYNCHRONIZATION CONTROL 196 3.3.7 INTERCELL SYNCHRONIZATION 199 3.3.8 BATON HANDOVER 199 3.3.9 INTERCELL DYNAMIC CHANNEL ALLOCATION 201 3.3.10 FLEXIBILITY IN NETWORK DEPLOYMENT 202 3.3.11 TECHNICAL LIMITATIONS OF TD-SCDMA 202 3.3.12 GLOBAL IMPACT OF TD-SCDMA 202 4 WIRELESS DATA NETWORKS 205 4.1 IEEE 802.11 STANDARDS FOR WIRELESS NETWORKS 205 4.1.1 FUNDAMENTALS OF IEEE 802.11 STANDARDS 208 4.1.2 ARCHITECTURE AND FUNCTIONALITY OF A MAC SUBLAYER 215 4.1.3 IEEE 802.11 FREQUENCY HOPPING SPREAD SPECTRUM 219 4.1.4 IEEE 802.11 DIRECT-SEQUENCE SPREAD SPECTRUM 219 4.1.5 THE REASON DSSS WON 220 4.1.6 IEEE 802.11 INFRARED SPECIFICATIONS 220 4.1.7 IEEE 802.11B SUPPLEMENT TO 802.11 STANDARDS . 220 4.1.8 IEEE 802.11G STANDARD 221 4.2 IEEE 802.11A SUPPLEMENT TO 802.11 STANDARDS 221 ; CONTENTS VII 4.3 IEEE 802.11 SECURITY 223 4.3.1 AUTHENTICATION 224 4.3.2 WEP 225 4.4 IEEE 802.15 WPAN STANDARDS 231 4.4.1 IEEE 802.15.3A STANDARD 232 4.4.2 IEEE 802.15.4 STANDARD 232 4.5 IEEE 802.16 WMAN STANDARDS 232 4.6 ETSI HIPERLAN AND ETSI HIPERLAN/2 STANDARDS 232 4.7 MMACBY JAPAN 233 4.8 BLUETOOTH TECHNOLOGIES 233 4.8.1 BLUETOOTH PROTOCOL STACK 234 4.8.2 BLUETOOTH SECURITY 235 5 AU-IP WIRELESS NETWORKING 237 5.1 SOME NOTES ON 1G/2G/3G/4G TERMINOLOGY 238 5.2 MOBILE IP 239 5.3 EPV6 VERSUS IPV4 241 5.4 MOBILE IPV6 241 5.5 WIRELESS APPLICATION PROTOCOL (WAP) 243 5.6 IP ON MOBILE AD HOC NETWORKS 244 5.7 ALL-IP ROUTING PROTOCOLS 246 6 ARCHITECTURE OF B3G WIRELESS SYSTEMS 249 6.1 SPECTRUM AUOCATION AND WIRELESS TRANSMISSION ISSUES 250 6.1.1 MODULATION ACCESS TECHNIQUES: OFDM AND BEYOND 251 6.1.2 NONCONVERTTIONAL ACCESS ARCHITECTURES 251 6.1.3 MULTIANTENNA TECHNIQUES 252 6.1.4 ADAPTIVE MODULATION AND CODING 252 6.1.5 SOFTWARE DEFINED RADIO 253 6.2 INTEGRATION OF WMANAVLANAVPAN AND MOBILE CELLULAR 253 6.3 HIGH-SPEED DATA 255 6.4 MULTIMODE AND RECONFIGURABLE PLATFORMS 256 6.5 AD HOC MOBILE NETWORKING 258 6.6 NETWORKING PLAN ISSUES 261 6.7 SATELLITE SYSTEMS IN B3G WIRELESS 264 6.8 OTHER CHALLENGING ISSUES 264 7 MULTIPLE ACCESS TECHNOLOGIES FOR B3G WIRELESS 267 7.1 WHAT DOES B3G WIRELESS NEED? 268 7.2 A FEATURE TOPIC ON B3G WIRELESS 269 7.3 NEXT-GENERATION CDMA TECHNOLOGIES 271 7.3.1 IMPORTANCE OF USING GOOD CDMA CODES 271 7.3.2 SYSTEM MODEL AND ASSUMPTIONS 272 7.3.3 SPREADING AND CARRIER MODULATIONS 272 7.3.4 WHY THE REAL APPROACH? 275 7.3.5 REAL APPROACH FOR DS-CDMA 276 7.3.6 REAL APPROACH FOR OS-CDMA 280 7.3.7 IMPLEMENTATION AND PERFORMANCE ISSUES 280 7.4 MULTICARRIER CDMA TECHNIQUES 285 7.4.1 DUPLICATED TIME-SPREADING MC-CDMA 286 CONTENTS 7.4.2 DUPLICATED FREQUENCY-SPREADING MC-CDMA 287 7.4.3 MULTIPLEXED TIME-SPREADING MC-CDMA 288 7.4.4 MULTIPLEXED FREQUENCY-SPREADING MC-CDMA 289 7.5 OFDM TECHNIQUES 289 7.5.1 FROM MULTICARRIER SYSTEM TO OFDM 291 7.5.2 CYCLIC PREFIX 293 7.5.3 PAPRISSUES 295 7.5.4 OFDMA TECHNOLOGIES 295 7.6 ULTRA-WIDEBAND TECHNOLOGIES 297 7.6.1 MAJOR UWB TECHNOLOGIES 299 7.6.2 DS-CDMA UWB SYSTEM MODEL 304 7.6.3 FIAT FADING CHANNEL 306 7.6.4 FREQUENCY-SELECTIVE FADING CHANNELS 313 7.6.5 DS-CDMA UWB SYSTEM PERFORMANCE 325 MIMO SYSTEMS 331 8.1 SIMO, MISO AND MIMO SYSTEMS 331 8.2 SPATIAL DIVERSITY IN MEMO SYSTEMS 334 8.2.1 DIVERSITY COMBINING METHODS 334 8.2.2 RECEIVER DIVERSITY 334 8.2.3 TRANSMITTER DIVERSITY 336 8.3 SPATIAL MULTIPLEXING IN MIMO SYSTEMS 339 8.4 STBC-CDMA SYSTEMS 341 8.5 GENERIC STBC-CDMA SYSTEM MODEL 343 8.6 UNITARY CODE-BASED STBC-CDMA SYSTEM 346 8.7 COMPLEMENTARY CODED STBC-CDMA SYSTEM 348 8.7.1 DUAL TRANSMITTER ANTENNAE 349 8.7.2 ARBITRARY NUMBER OF TRANSMITTER ANTENNAE 352 8.8 DISCUSSION AND SUMMARY 354 COGNITIVE RADIO TECHNOLOGY 361 9.1 WHY COGNITIVE RADIO? 361 9.2 HISTORY OF COGNITIVE RADIO 364 9.3 WHAT IS COGNITIVE RADIO? 366 9.3.1 DEFINITIONS OF COGNITIVE RADIO 367 9.3.2 BASIC COGNITIVE ALGORITHMS 367 9.3.3 CONCEPTUAL CLASSIFICATIONS OF COGNITIVE RADIOS 369 9.4 FROM SDR TO COGNITIVE RADIO 370 9.4.1 HOW DOES SDR WORK? 371 9.4.2 DIGITAL DOWN CONVERTER (DDC) 372 9.4.3 ANALOG TO DIGITAL CONVERTER 373 9.4.4 A GENERIC SDR 375 9.4.5 THREE SDR SCHEMES 378 9.4.6 IMPLEMENT COGNITIVE RADIO BASED ON SDR 378 9.5 COGNITIVE RADIO FOR WPANS 382 9.6 COGNITIVE RADIO FOR WLANS 384 9.7 COGNITIVE RADIO FOR WMANS 389 9.8 COGNITIVE RADIO FOR WWANS 390 9.9 COGNITIVE RADIO FOR WRANS: IEEE 802.22 391 9.10 CHALLENGES TO IMPLEMENT COGNITIVE RADIO 393 9.11 COGNITIVE RADIO PRODUCTS AND APPLICATIONS 393 CONTENTS IX 10 E-UTRAN: 3GPP'S EVOLUTIONAL PATH TO 4G 397 10.1 3GPP TSG FOR E-UTRAN 398 10.2 ORIGIN OF E-UTRAN 400 10.3 GENERAL FEATURES OF E-UTRAN 400 10.4 E-UTRAN STUDY ITEMS 406 10.5 E-UTRAN TSG WORK PLAN 408 10.6 E-UTRAN RADIO INTERFACE PROTOCOLS 412 10.6.1 E-UTRAN PROTOCOL ARCHITECTURE 412 10.6.2 E-UTRAN LAYER 1 413 10.6.3 E-UTRAN LAYER 2 414 10.7 E-UTRAN PHYSICAL LAYER ASPECTS 416 10.7.1 DOWNLINK ASPECTS OF FDD OFDMA 417 10.7.2 UPLINK ASPECTS OF FDD OFDMA 422 10.8 SUMMARY 425 A ORTHOGONAL COMPLEMENTARY CODES (PG = 8 ~ 512) 427 B MAI IN ASYNCHRONOUS FIAT FADING UWB CHANNEL 433 C MI IN ASYNCHRONOUS MODIFIED S-V UWB CHANNEL 439 D PROOF OF EQUATION (8.44) 443 E PROPERTIES OF ORTHOGONAL COMPLEMENTARY CODES 445 F PROOF OF EQUATION (8.66) 447 BIBLIOGRAPHY 449 INDEX 481
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id	DE-604.BV022864677
illustrated	Illustrated
index_date	2024-07-02T18:44:52Z
indexdate	2024-07-09T21:07:14Z
institution	BVB
isbn	0470024348 9780470024348
language	English
lccn	2006298187
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-016069870
oclc_num	70195828
open_access_boolean
owner	DE-703
owner_facet	DE-703
physical	XIV, 498 S. graph. Darst.
publishDate	2006
publishDateSearch	2006
publishDateSort	2006
publisher	Wiley
record_format	marc
spelling	Chen, Hsiao-Hwa Verfasser aut Next generation wireless systems and networks Hsiao-Hwa Chen ; Mohsen Guizani Chichester Wiley 2006 XIV, 498 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Includes bibliographical references (p. [449]-480) and index Transmission sans fil Wireless communication systems Code division multiple access Mobile communication systems Mobile Telekommunikation (DE-588)4341131-9 gnd rswk-swf Mobile Telekommunikation (DE-588)4341131-9 s DE-604 Guizani, Mohsen Sonstige oth http://www.loc.gov/catdir/toc/fy0701/2006298187.html Table of contents only http://www.loc.gov/catdir/enhancements/fy0644/2006298187-d.html Publisher description GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016069870&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Chen, Hsiao-Hwa Next generation wireless systems and networks Transmission sans fil Wireless communication systems Code division multiple access Mobile communication systems Mobile Telekommunikation (DE-588)4341131-9 gnd
subject_GND	(DE-588)4341131-9
title	Next generation wireless systems and networks
title_auth	Next generation wireless systems and networks
title_exact_search	Next generation wireless systems and networks
title_exact_search_txtP	Next generation wireless systems and networks
title_full	Next generation wireless systems and networks Hsiao-Hwa Chen ; Mohsen Guizani
title_fullStr	Next generation wireless systems and networks Hsiao-Hwa Chen ; Mohsen Guizani
title_full_unstemmed	Next generation wireless systems and networks Hsiao-Hwa Chen ; Mohsen Guizani
title_short	Next generation wireless systems and networks
title_sort	next generation wireless systems and networks
topic	Transmission sans fil Wireless communication systems Code division multiple access Mobile communication systems Mobile Telekommunikation (DE-588)4341131-9 gnd
topic_facet	Transmission sans fil Wireless communication systems Code division multiple access Mobile communication systems Mobile Telekommunikation
url	http://www.loc.gov/catdir/toc/fy0701/2006298187.html http://www.loc.gov/catdir/enhancements/fy0644/2006298187-d.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016069870&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT chenhsiaohwa nextgenerationwirelesssystemsandnetworks AT guizanimohsen nextgenerationwirelesssystemsandnetworks

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