Since 1998 enormous progress has been made in the development of third generation mobile phone networks. This study provides a comprehensive introduction to wideband code division multiple access theory, systems and applications.
Author(s): Tero Ojanpera, Ramjee Prasad
Year: 2001
Language: English
Pages: 477
Tags: Связь и телекоммуникации;Мобильная связь;
CONTENTS 33......Page 8
PREFACE xvii......Page 18
ACKNOWLEDGMENTS xxi......Page 22
1.1 MULTIPLE ACCESS 1......Page 24
1.2 CDMA: PAST, PRESENT, AND FUTURE 3......Page 26
1.3 MOBILE CELLULAR ERA 4......Page 27
1.4 THIRD-GENERATION SYSTEMS 12......Page 35
1.5 FREQUENCY ALLOCATION FOR THIRD-GENERATION SYSTEMS 21......Page 44
1.6 AIR INTERFACE TECHNOLOGIES FOR THIRD-GENERATION SYSTEMS 22......Page 45
1.7 PREVIEW OF THE BOOK 26......Page 49
REFERENCES 27......Page 50
2.2 CDMA CONCEPTS 33......Page 56
2.3 BASIC DS-CDMA ELEMENTS 46......Page 69
2.4 IS-95 CDMA 51......Page 74
REFERENCES 63......Page 86
3.1 INTRODUCTION 65......Page 88
3.2 MARKET OUTLOOK 67......Page 90
3.4 BUSINESS MODEL OF THE MOBILE INTERNET 68......Page 91
3.5 MOBILE INTERNET TECHNOLOGIES 69......Page 92
3.6 THIRD-GENERATION APPLICATION SCENARIO 70......Page 93
3.7 INTERNET 71......Page 94
3.8 WIRELESS VIDEO 74......Page 97
3.10 IMT-2000 BEARER SERVICES 76......Page 99
3.11 TRAFFIC MODELS 77......Page 100
REFERENCES 81......Page 104
4.1 INTRODUCTION 83......Page 106
4.2 MULTIPATH CHANNEL 85......Page 108
4.3 RADIO ENVIRONMENTS 87......Page 110
4.4 DISTRIBUTION FUNCTIONS 89......Page 112
4.5 PATH LOSS AND DEPLOYMENT MODELS 91......Page 114
4.6 SMALL-SCALE MODELS 95......Page 118
4.7 MOBILITY MODELS 100......Page 123
REFERENCES 105......Page 128
5.2 DEFINITION OF REQUIREMENTS AND GENERAL DESIGN PROCESS 107......Page 130
5.3 LAYERED AIR INTERFACE STRUCTURE 109......Page 132
5.5 PHYSICAL CHANNELS 110......Page 133
5.6 SPREADING CODES 114......Page 137
5.7 MODULATION 121......Page 144
5.8 ERROR CONTROL SCHEMES 126......Page 149
5.9 MULTIRATE SCHEMES 128......Page 151
5.10 PACKET DATA 132......Page 155
5.11 TRANSCEIVER 134......Page 157
5.12 MULTIUSER DETECTION 138......Page 161
5.13 RANDOM ACCESS PROCEDURE 150......Page 173
5.14 HANDOVER 151......Page 174
5.15 POWER CONTROL 160......Page 183
5.16 ADMISSION AND LOAD CONTROL 162......Page 185
REFERENCES 163......Page 186
6.1 INTRODUCTION 171......Page 194
6.2 WCDMA SPECIFICATIONS 172......Page 195
6.3 PROTOCOL ARCHITECTURE 173......Page 196
6.4 PHYSICAL CHANNELS 179......Page 202
6.5 MULTIRATE USER DATA TRANSMISSION 186......Page 209
6.6 SPREADING AND MODULATION 191......Page 214
6.7 TRANSMIT DIVERSITY 197......Page 220
6.8 AIR INTERFACE PROCEDURES 198......Page 221
REFERENCES 205......Page 228
7.2 TDD CONCEPT 207......Page 230
7.4 WCDMA TDD SYSTEM DESCRIPTION 212......Page 235
REFERENCES 222......Page 245
8.1 INTRODUCTION 225......Page 248
8.2 CDMA2000 SPECIFICATIONS 227......Page 250
8.3 CDMA2000 SYSTEM DESCRIPTION 228......Page 251
8.4 CDMA2000 1X EVOLUTION–1XEV 232......Page 255
REFERENCES 233......Page 256
9.1 INTRODUCTION 235......Page 258
9.2 DIVERSITY 236......Page 259
9.3 WCDMA SIMULATORS 241......Page 264
9.4 FAST POWER CONTROL 248......Page 271
9.5 SPECTRUM EFFICIENCY 258......Page 281
9.6 COVERAGE 273......Page 296
REFERENCES 285......Page 308
10.1 INTRODUCTION 289......Page 312
10.2 NONLINEAR POWER AMPLIFIERS 290......Page 313
10.3 MICRO- AND MACROCELLS AT THE SAME FREQUENCY 292......Page 315
10.4 MICRO- AND MACROCELLS AT DIFFERENT FREQUENCIES 293......Page 316
REFERENCES 299......Page 322
11.1 INTRODUCTION 301......Page 324
11.2 OPTIMIZATION CRITERIA 302......Page 325
11.3 MODULARITY CONSIDERATIONS 305......Page 328
11.4 BASEBAND SECTION 306......Page 329
11.5 RF SECTION 328......Page 351
11.6 SOFTWARE CONFIGURABLE RADIO 336......Page 359
11.7 TYPICAL WIDEBAND CDMA MOBILE TERMINAL ARCHITECTURE 338......Page 361
11.8 MULTIMODE TERMINALS 340......Page 363
REFERENCES 342......Page 365
12.1 INTRODUCTION 345......Page 368
12.3 PERFORMANCE MEASURES 346......Page 369
12.4 RADIO NETWORK PLANNING PROCEDURE 349......Page 372
12.5 MICROCELL NETWORK PLANNING IN CDMA 362......Page 385
12.7 SECTORIZATION AND SMART ANTENNAS 364......Page 387
12.8 NETWORK DIMENSIONING 365......Page 388
12.9 COEXISTENCE 367......Page 390
REFERENCES 371......Page 394
13.2 BASICS OF IP 373......Page 396
13.3 CONGESTION CONTROL 376......Page 399
13.4 IP ROUTING PROTOCOLS 377......Page 400
13.5 IPV4 VERSUS IPV6 378......Page 401
13.6 IP AND QUALITY OF SERVICE 380......Page 403
13.7 IP ENHANCEMENTS FOR WIRELESS/MOBILE 381......Page 404
13.8 TELEPHONY OVER THE INTERNET 387......Page 410
13.9 SECURITY IN TCP/IP 389......Page 412
13.10 IETF STANDARDIZATION 391......Page 414
REFERENCES 392......Page 415
14.2 BASIC TECHNOLOGIES 395......Page 418
14.3 GSM/GPRS NETWORK 398......Page 421
14.4 3GPP NETWORK 405......Page 428
14.5 OVERVIEW OF IS-41/IS-95 NETWORK ARCHITECTURE 413......Page 436
14.6 ALL-IP NETWORKS 423......Page 446
REFERENCES 426......Page 449
15.2 STANDARDIZATION BODIES AND INDUSTRY GROUPS 427......Page 450
15.3 REGULATION 438......Page 461
REFERENCES 441......Page 464
16.2 TECHNOLOGY LANDSCAPE 443......Page 466
16.3 ENABLING TECHNOLOGIES 447......Page 470
16.4 MARKET CONSIDERATIONS 449......Page 472
16.6 A WIRELESS DAY 452......Page 475
REFERENCES 453......Page 476
ABOUT THE AUTHORS 455......Page 478
Index 459......Page 482
