E-Book for Mobile Communications by jochen schiller in PDF

Book Name : Mobile Communications by jochen schiller Second Edition

PEARSON EDUCATION LIMITED
Edinburgh Gate
Harlow CM20 2JE
Tel:+44 (0)1279 623623
Fax:+44 (0)1279 431059
Website: www.pearsoned.co.uk

This Book Contains the following Content

About the author xiv

Preface xv

Acknowledgements xix

1 Introduction 1

1.1 Applications 3
1.1.1 Vehicles 3
1.1.2 Emergencies 4
1.1.3 Business 4
1.1.4 Replacement of wired networks 5
1.1.5 Infotainment and more 5
1.1.6 Location dependent services 6
1.1.7 Mobile and wireless devices 7
1.2 A short history of wireless communication 9
1.3 A market for mobile communications 15
1.4 Some open research topics 16
1.5 A simplified reference model 18
1.6 Overview 20
1.7 Review exercises 23
1.8 References 23

2 Wireless transmission 25

2.1 Frequencies for radio transmission 26
2.1.1 Regulations 27
2.2 Signals 31
2.3 Antennas 32
2.4 Signal propagation 35
2.4.1 Path loss of radio signals 36
2.4.2 Additional signal propagation effects 37
2.4.3 Multi-path propagation 39
2.5 Multiplexing 41
2.5.1 Space division multiplexing 41
2.5.2 Frequency division multiplexing 43
2.5.3 Time division multiplexing 44
2.5.4 Code division multiplexing 45
2.6 Modulation 46
2.6.1 Amplitude shift keying 48
2.6.2 Frequency shift keying 49
2.6.3 Phase shift keying 49
2.6.4 Advanced frequency shift keying 50
2.6.5 Advanced phase shift keying 51
2.6.6 Multi-carrier modulation 53
2.7 Spread spectrum 54
2.7.1 Direct sequence spread spectrum 56
2.7.2 Frequency hopping spread spectrum 59
2.8 Cellular systems 61
2.9 Summary 64
2.10 Review exercises 65
2.11 References 66

3 Medium access control 69

3.1 Motivation for a specialized MAC 70
3.1.1 Hidden and exposed terminals 70
3.1.2 Near and far terminals 71
3.2 SDMA 72
3.3 FDMA 72
3.4 TDMA 73
3.4.1 Fixed TDM 74
3.4.2 Classical Aloha 75
3.4.3 Slotted Aloha 76
3.4.4 Carrier sense multiple access 76
3.4.5 Demand assigned multiple access 77
3.4.6 PRMA packet reservation multiple access 78
3.4.7 Reservation TDMA 79
3.4.8 Multiple access with collision avoidance 79
3.4.9 Polling 82
3.4.10 Inhibit sense multiple access 82
3.5 CDMA 82
3.5.1 Spread Aloha multiple access 87
3.6 Comparison of S/T/F/CDMA 89
3.7 Review exercises 91
3.8 References 92

4 Telecommunications systems 93

4.1 GSM 96
4.1.1 Mobile services 98
4.1.2 System architecture 100
4.1.3 Radio interface 105
4.1.4 Protocols 110
4.1.5 Localization and calling 113
4.1.6 Handover 117
4.1.7 Security 120
4.1.8 New data services 122
4.2 DECT 130
4.2.1 System architecture 131
4.2.2 Protocol architecture 132
4.3 TETRA 134
4.4 UMTS and IMT-2000 136
4.4.1 UMTS releases and standardization 141
4.4.2 UMTS system architecture 142
4.4.3 UMTS radio interface 143
4.4.4 UTRAN 149
4.4.5 Core network 151
4.4.6 Handover 154
4.5 Summary 156
4.6 Review exercises 158
4.7 References 160

5 Satellite systems 165

5.1 History 165
5.2 Applications 166
5.3 Basics 169
5.3.1 GEO 173
5.3.2 LEO 174
5.3.3 MEO 175
5.4 Routing 175
5.5 Localization 176
5.6 Handover 176
5.7 Examples 177
5.8 Summary 179
5.9 Review exercises 180
5.10 References 181

6 Broadcast systems 183

6.1 Overview 183
6.2 Cyclical repetition of data 185
6.3 Digital audio broadcasting 186
6.3.1 Multi-media object transfer protocol 190
6.4 Digital video broadcasting 191
6.4.1 DVB data broadcasting 193
6.4.2 DVB for high-speed internet access 194
6.5 Convergence of broadcasting and mobile communications 195
6.6 Summary 196
6.7 Review exercises 198
6.8 References 198

7 Wireless LAN 201

7.1 Infra red vs radio transmission 204
7.2 Infrastructure and ad-hoc network 205
7.3 IEEE 802.11 207
7.3.1 System architecture 208
7.3.2 Protocol architecture 210
7.3.3 Physical layer 211
7.3.4 Medium access control layer 214
7.3.5 MAC management 225
7.3.6 802.11b 231
7.3.7 802.11a 234
7.3.8 Newer developments 238
7.4 HIPERLAN 239
7.4.1 Historical: HIPERLAN 1 240
7.4.2 WATM 244
7.4.3 BRAN 255
7.4.4 HiperLAN2 257
7.5 Bluetooth 269
7.5.1 User scenarios 270
7.5.2 Architecture 271
7.5.3 Radio layer 276
7.5.4 Baseband layer 276
7.5.5 Link manager protocol 282
7.5.6 L2CAP 285
7.5.7 Security 287
7.5.8 SDP 289
7.5.9 Profiles 290
7.5.10 IEEE 802.15 291
7.6 Summary 293
7.7 Review exercises 297
7.8 References 298

8 Mobile network layer 303

8.1 Mobile IP 304
8.1.1 Goals, assumptions and requirements 304
8.1.2 Entities and terminology 307
8.1.3 IP packet delivery 309
8.1.4 Agent discovery 310
8.1.5 Registration 312
8.1.6 Tunneling and encapsulation 315
8.1.7 Optimizations 319
8.1.8 Reverse tunneling 321
8.1.9 IPv6 323
8.1.10 IP micro-mobility support 324
8.2 Dynamic host configuration protocol 328
8.3 Mobile ad-hoc networks 330
8.3.1 Routing 332
8.3.2 Destination sequence distance vector 335
8.3.3 Dynamic source routing 336
8.3.4 Alternative metrics 339
8.3.5 Overview ad-hoc routing protocols 340
8.4 Summary 343
8.5 Review exercises 345
8.6 References 346

9 Mobile transport layer 351

9.1 Traditional TCP 352
9.1.1 Congestion control 352
9.1.2 Slow start 352
9.1.3 Fast retransmit/fast recovery 353
9.1.4 Implications of mobility 354
9.2 Classical TCP improvements 355
9.2.1 Indirect TCP 355
9.2.2 Snooping TCP 358
9.2.3 Mobile TCP 360
9.2.4 Fast retransmit/fast recovery 362
9.2.5 Transmission/time-out freezing 363
9.2.6 Selective retransmission 363
9.2.7 Transaction-oriented TCP 364
9.3 TCP over 2.5/3G wireless networks 366
9.4 Performance enhancing proxies 368
9.5 Summary 369
9.6 Review exercises 371
9.7 References 372

10 Support for mobility 375

10.1 File systems 376
10.1.1 Consistency 377
10.1.2 Coda 378
10.1.3 Little work 380
10.1.4 Ficus 380
10.1.5 Mlo-NFS 381
10.1.6 Rover 381
10.2 World wide web 381
10.2.1 Hypertext transfer protocol 382
10.2.2 Hypertext markup language 385
10.2.3 Some approaches that might help wireless access 386
10.2.4 System architecture 389
10.3 Wireless application protocol (version 1.x) 392
10.3.1 Architecture 393
10.3.2 Wireless datagram protocol 396
10.3.3 Wireless transport layer security 397
10.3.4 Wireless transaction protocol 400
10.3.5 Wireless session protocol 404
10.3.6 Wireless application environment 412
10.3.7 Wireless markup language 414
10.3.8 WMLScript 416
10.3.9 Wireless telephony application 419
10.3.10 Push architecture 426
10.3.11 Push/pull services 428
10.3.12 Example stacks with WAP 1.x 429
10.4 i-mode 430
10.5 SyncML 433
10.6 WAP 2.0 434
10.7 Summary 437
10.8 Review exercises 440
10.9 References 441

11 Outlook 449

11.1 The architecture of future networks 449
11.2 References 453

Appendix 1– Acronyms 455

Appendix 2 – Glossary 471

Index 477

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http://rapidshare.com/files/231712910/Mobile_Communications.pdf

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