WCDMA
Towards IP Mobility and Mobile Internet
1st Edition
Published on 1. January 2001
504 pages
978-1-58053-461-1 (ISBN)
Description
While covering the basics of wideband CDMA, this major revision of the best-selling Wideband CDMA for Third Generation Mobile Communications brings you up-to-date with all the latest developments in third generation mobile communications. New sections cover fundamental IP concepts, All-IP core networks, and the standardized radio access technologies WCDMA, EDGE and cdma2000, including their future developments - WCDMA HSPA and 1XEV.
More details
Other editions
Additional editions
Tero Ojanpera | Ramjee Prasad
WCDMA: Towards IP Mobility and Mobile Internet
Towards IP Mobility and Mobile Internet
Book
03/2001
Artech House Publishers
€129.24
Shipment within 10-20 days
Content
- Intro
- CONTENTS 33
- PREFACE xvii
- ACKNOWLEDGMENTS xxi
- 1 INTRODUCTION 1
- 1.1 MULTIPLE ACCESS 1
- 1.2 CDMA: PAST, PRESENT, AND FUTURE 3
- 1.3 MOBILE CELLULAR ERA 4
- 1.4 THIRD-GENERATION SYSTEMS 12
- 1.5 FREQUENCY ALLOCATION FOR THIRD-GENERATION SYSTEMS 21
- 1.6 AIR INTERFACE TECHNOLOGIES FOR THIRD-GENERATION SYSTEMS 22
- 1.7 PREVIEW OF THE BOOK 26
- REFERENCES 27
- 2 BASIC PRINCIPLES OF CDMA 33
- 2.1 INTRODUCTION 33
- 2.2 CDMA CONCEPTS 33
- 2.3 BASIC DS-CDMA ELEMENTS 46
- 2.4 IS-95 CDMA 51
- REFERENCES 63
- 3 MOBILE INTERNET 65
- 3.1 INTRODUCTION 65
- 3.2 MARKET OUTLOOK 67
- 3.3 WIRELESS PORTALS 68
- 3.4 BUSINESS MODEL OF THE MOBILE INTERNET 68
- 3.5 MOBILE INTERNET TECHNOLOGIES 69
- 3.6 THIRD-GENERATION APPLICATION SCENARIO 70
- 3.7 INTERNET 71
- 3.8 WIRELESS VIDEO 74
- 3.9 MULTIMEDIA SERVICES 76
- 3.10 IMT-2000 BEARER SERVICES 76
- 3.11 TRAFFIC MODELS 77
- REFERENCES 81
- 4 RADIO OPERATING ENVIRONMENTS AND THEIR IMPACT ON SYSTEM DESIGN 83
- 4.1 INTRODUCTION 83
- 4.2 MULTIPATH CHANNEL 85
- 4.3 RADIO ENVIRONMENTS 87
- 4.4 DISTRIBUTION FUNCTIONS 89
- 4.5 PATH LOSS AND DEPLOYMENT MODELS 91
- 4.6 SMALL-SCALE MODELS 95
- 4.7 MOBILITY MODELS 100
- REFERENCES 105
- 5 CDMA AIR INTERFACE DESIGN 107
- 5.1 INTRODUCTION 107
- 5.2 DEFINITION OF REQUIREMENTS AND GENERAL DESIGN PROCESS 107
- 5.3 LAYERED AIR INTERFACE STRUCTURE 109
- 5.4 LOGICAL CHANNELS 110
- 5.5 PHYSICAL CHANNELS 110
- 5.6 SPREADING CODES 114
- 5.7 MODULATION 121
- 5.8 ERROR CONTROL SCHEMES 126
- 5.9 MULTIRATE SCHEMES 128
- 5.10 PACKET DATA 132
- 5.11 TRANSCEIVER 134
- 5.12 MULTIUSER DETECTION 138
- 5.13 RANDOM ACCESS PROCEDURE 150
- 5.14 HANDOVER 151
- 5.15 POWER CONTROL 160
- 5.16 ADMISSION AND LOAD CONTROL 162
- REFERENCES 163
- 6 WCDMA 171
- 6.1 INTRODUCTION 171
- 6.2 WCDMA SPECIFICATIONS 172
- 6.3 PROTOCOL ARCHITECTURE 173
- 6.4 PHYSICAL CHANNELS 179
- 6.5 MULTIRATE USER DATA TRANSMISSION 186
- 6.6 SPREADING AND MODULATION 191
- 6.7 TRANSMIT DIVERSITY 197
- 6.8 AIR INTERFACE PROCEDURES 198
- 6.9 WCDMA EVOLUTION - RELEASE 2000 AND BEYOND 205
- REFERENCES 205
- 7 WCDMA TIME DIVISION DUPLEX 207
- 7.1 INTRODUCTION 207
- 7.2 TDD CONCEPT 207
- 7.3 WCDMA TDD SPECIFICATIONS 212
- 7.4 WCDMA TDD SYSTEM DESCRIPTION 212
- REFERENCES 222
- 8 cdma2000 225
- 8.1 INTRODUCTION 225
- 8.2 CDMA2000 SPECIFICATIONS 227
- 8.3 CDMA2000 SYSTEM DESCRIPTION 228
- 8.4 CDMA2000 1X EVOLUTION-1XEV 232
- REFERENCES 233
- 9 PERFORMANCE ANALYSIS 235
- 9.1 INTRODUCTION 235
- 9.2 DIVERSITY 236
- 9.3 WCDMA SIMULATORS 241
- 9.4 FAST POWER CONTROL 248
- 9.5 SPECTRUM EFFICIENCY 258
- 9.6 COVERAGE 273
- REFERENCES 285
- 10 HIERARCHICAL CELL STRUCTURES 289
- 10.1 INTRODUCTION 289
- 10.2 NONLINEAR POWER AMPLIFIERS 290
- 10.3 MICRO- AND MACROCELLS AT THE SAME FREQUENCY 292
- 10.4 MICRO- AND MACROCELLS AT DIFFERENT FREQUENCIES 293
- REFERENCES 299
- 11 IMPLEMENTATION ASPECTS 301
- 11.1 INTRODUCTION 301
- 11.2 OPTIMIZATION CRITERIA 302
- 11.3 MODULARITY CONSIDERATIONS 305
- 11.4 BASEBAND SECTION 306
- 11.5 RF SECTION 328
- 11.6 SOFTWARE CONFIGURABLE RADIO 336
- 11.7 TYPICAL WIDEBAND CDMA MOBILE TERMINAL ARCHITECTURE 338
- 11.8 MULTIMODE TERMINALS 340
- REFERENCES 342
- 12 NETWORK PLANNING 345
- 12.1 INTRODUCTION 345
- 12.2 TRAFFIC INTENSITY 346
- 12.3 PERFORMANCE MEASURES 346
- 12.4 RADIO NETWORK PLANNING PROCEDURE 349
- 12.5 MICROCELL NETWORK PLANNING IN CDMA 362
- 12.6 INDOOR PLANNING 364
- 12.7 SECTORIZATION AND SMART ANTENNAS 364
- 12.8 NETWORK DIMENSIONING 365
- 12.9 COEXISTENCE 367
- 12.10 FREQUENCY SHARING 371
- REFERENCES 371
- 13 BASIC PRINCIPLES OF IP 373
- 13.1 INTRODUCTION 373
- 13.2 BASICS OF IP 373
- 13.3 CONGESTION CONTROL 376
- 13.4 IP ROUTING PROTOCOLS 377
- 13.5 IPV4 VERSUS IPV6 378
- 13.6 IP AND QUALITY OF SERVICE 380
- 13.7 IP ENHANCEMENTS FOR WIRELESS/MOBILE 381
- 13.8 TELEPHONY OVER THE INTERNET 387
- 13.9 SECURITY IN TCP/IP 389
- 13.10 IETF STANDARDIZATION 391
- 13.11 CONCLUSIONS 392
- REFERENCES 392
- 14 NETWORK ARCHITECTURES 395
- 14.1 INTRODUCTION 395
- 14.2 BASIC TECHNOLOGIES 395
- 14.3 GSM/GPRS NETWORK 398
- 14.4 3GPP NETWORK 405
- 14.5 OVERVIEW OF IS-41/IS-95 NETWORK ARCHITECTURE 413
- 14.6 ALL-IP NETWORKS 423
- REFERENCES 426
- 15 STANDARDIZATION 427
- 15.1 INTRODUCTION 427
- 15.2 STANDARDIZATION BODIES AND INDUSTRY GROUPS 427
- 15.3 REGULATION 438
- REFERENCES 441
- 16 FUTURE DIRECTIONS 443
- 16.1 INTRODUCTION 443
- 16.2 TECHNOLOGY LANDSCAPE 443
- 16.3 ENABLING TECHNOLOGIES 447
- 16.4 MARKET CONSIDERATIONS 449
- 16.5 DEVELOPMENT SCENARIOS 452
- 16.6 A WIRELESS DAY 452
- 16.7 CONCLUDING REMARKS 453
- REFERENCES 453
- ABOUT THE AUTHORS 455
- Index 459
