国外优秀信息科学与技术系列教学用书：移动通信（第2版）（影印版）
About the author
Preface
Acknowledgements
1 Introduction
1.1 Applications
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 5
1.1.7 Mobile and wireless devices 7
1.2 A short history of wireless communication
1.3 A market for mobile communications
1.4 Some open research topics
1.5 A simplified reference model
1.6 Overview
1.7 Review exercises
1.8 References
2 Wlreless transmlssion
2.1 Frequencies for radio transmission
2.1.1 Regulations 27
2.2 Signals
2.3 Antennas
2.4 Signal propagation
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
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
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
2.7.1 Direct sequence spread spectrum 56
2.7.2 Frequency hopping spread spectrum 59
2.8 Cellular systems
2.9 Summary
2.10 Review exercises
2.1.1 References
3 Medium access control
3.1 Motivation for a specialized MAC
3.1.1 Hidden and exposed terminals 70
3.1.2 Near and far terminals 71
3.2 SDMA
3.3 FDMA
3.4 TDMA
3.4.1 Fixed TDM 74
3.4.2 ClassicaI 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
3.5.1 Spread Aloha multiple access 87
3.6 Comparison of S／T／F／CDMA
3.7 Review exercises
3.8 References
4 Telecommunications systems
4.1 GSM
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
4.2.1 System architecture 131
4.2.2 Protocol architecture 132
4.3 TETRA
4.4 UMTS and IMT-2000
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
4.6 Review exercises
4.7 References
5 Satellite systems
5.1 History
5.2 Applications
5.3 Basics
5.3.1 GEO 173
5.3.2 LEO 174
5.3.3 MEO 175
5.4 Routing
5.5 Localization
5.6 Handover
5.7 Examples
5.8 Summary
5.9 Reviewexercises
5.10 References
6 Broadcast systems
6.1 Overview
6.2 CyclicaI repetition of data
6.3 Digital audio broadcasting
6.3.1 Multi-media object transfer protocol 190
6.4 Digital video broadcasting
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
6.6 Summary
6.7 Review exemises
6.8 References
7 Wirelem LAN
7.1 Infra red VS radiotransmission
7.2 Infrastructure and ad-hoc network
7.3 IEEE 802.11
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
7.4.1 Historical：HIPERlN 1 240
7.4.2 WATM 244
7.4.3 BRAN 255
7.4.4 HiperLAN2 257
7.5 Bluetooth
7.5.1 User scenarios 270
7.5.2 Architecture 271
8 Mobile network layer
9 Mobile transport layer
10 Support for mobillty
11 Outlook
Preface
Acknowledgements
1 Introduction
1.1 Applications
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 5
1.1.7 Mobile and wireless devices 7
1.2 A short history of wireless communication
1.3 A market for mobile communications
1.4 Some open research topics
1.5 A simplified reference model
1.6 Overview
1.7 Review exercises
1.8 References
2 Wlreless transmlssion
2.1 Frequencies for radio transmission
2.1.1 Regulations 27
2.2 Signals
2.3 Antennas
2.4 Signal propagation
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
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
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
2.7.1 Direct sequence spread spectrum 56
2.7.2 Frequency hopping spread spectrum 59
2.8 Cellular systems
2.9 Summary
2.10 Review exercises
2.1.1 References
3 Medium access control
3.1 Motivation for a specialized MAC
3.1.1 Hidden and exposed terminals 70
3.1.2 Near and far terminals 71
3.2 SDMA
3.3 FDMA
3.4 TDMA
3.4.1 Fixed TDM 74
3.4.2 ClassicaI 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
3.5.1 Spread Aloha multiple access 87
3.6 Comparison of S／T／F／CDMA
3.7 Review exercises
3.8 References
4 Telecommunications systems
4.1 GSM
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
4.2.1 System architecture 131
4.2.2 Protocol architecture 132
4.3 TETRA
4.4 UMTS and IMT-2000
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
4.6 Review exercises
4.7 References
5 Satellite systems
5.1 History
5.2 Applications
5.3 Basics
5.3.1 GEO 173
5.3.2 LEO 174
5.3.3 MEO 175
5.4 Routing
5.5 Localization
5.6 Handover
5.7 Examples
5.8 Summary
5.9 Reviewexercises
5.10 References
6 Broadcast systems
6.1 Overview
6.2 CyclicaI repetition of data
6.3 Digital audio broadcasting
6.3.1 Multi-media object transfer protocol 190
6.4 Digital video broadcasting
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
6.6 Summary
6.7 Review exemises
6.8 References
7 Wirelem LAN
7.1 Infra red VS radiotransmission
7.2 Infrastructure and ad-hoc network
7.3 IEEE 802.11
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
7.4.1 Historical：HIPERlN 1 240
7.4.2 WATM 244
7.4.3 BRAN 255
7.4.4 HiperLAN2 257
7.5 Bluetooth
7.5.1 User scenarios 270
7.5.2 Architecture 271
8 Mobile network layer
9 Mobile transport layer
10 Support for mobillty
11 Outlook
Jochen Schiller is head of the Computer Systems and Telematics Working Group in the Institute of Computer Science，Freie Universitat Berlin，and a comsultant to several companies in the networking and commmunications business.His research inclueds mobile and wireless communications，communication architectures and operating systems systems for embedded devices，and QoS aspects of communication systems.
本书是移动通信领域的导论，主要讨论数字数据传输。适用于选修计算机网络或通信课程的电子工程或计算机专业的学生。本书从计算机科学的角度涵盖移动通信的各个方面，还指出了不同技术解决方案的共同属性，并阐明众所周知的从固定网络到支持终端移动性和无线接入网络的各种业务和应用的集成。本书主要内容有：移动和无线通信概述；通信系统信号的传播、复用和调制；通信介质接入方案；全球移动通信系统（GSM）、无绳电话技术、集群通信以及通用移动电信系统（UMTS）未来的发展；卫星系统；数字广播系统；被看做建筑物中线缆替代者的无线局域网。
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