Artech-Technology Trends in Wireless Communications

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Artech-Technology Trends in Wireless Communications
【文件名】:06918@52RD_Artech-Technology Trends in Wireless Communications(4).rar
【格　式】:rar
【大　小】:2173K
【简　介】:
【目　录】:


Contents[52RD.com]
Preface xiii[52RD.com]
Acknowledgments xvii[52RD.com]
1 Introduction 1[52RD.com]
1.1 Evolution of Mobile Networks 2[52RD.com]
1.1.1 Evolved Second Generation Systems 2[52RD.com]
1.1.2 Third Generation Systems 7[52RD.com]
1.1.3 Wireless Local Area Networks 13[52RD.com]
1.1.4 Ad Hoc Networks and Wireless Personal Area Networks 14[52RD.com]
1.2 Vision 15[52RD.com]
1.3 Preview of the Book 18[52RD.com]
References 20[52RD.com]
2 Multiple Access Protocols 27[52RD.com]
2.1 Introduction 27[52RD.com]
2.1.1 Desired Properties 29[52RD.com]
2.2 Classification of MAPs 30[52RD.com]
2.3 Random Access Protocols 31[52RD.com]
2.3.1 p-ALOHA 31[52RD.com]
2.3.2 Slotted-ALOHA 33[52RD.com]
vii[52RD.com]
2.3.3 Carrier Sense Multiple Access 33[52RD.com]
2.3.4 Inhibit Sense Multiple Access 36[52RD.com]
2.3.5 Capture Effect 36[52RD.com]
2.4 Contentionless MAPs 39[52RD.com]
2.4.1 Fixed-Based Assignment Protocols 39[52RD.com]
2.4.2 Demand-Based Assignment Protocols 43[52RD.com]
2.5 CDMA Protocols 46[52RD.com]
2.5.1 DS-CDMA 47[52RD.com]
2.5.2 TDMA and CDMA 53[52RD.com]
2.5.3 Multicarrier CDMA 57[52RD.com]
2.6 MAPs for Wireless Multimedia Communications 65[52RD.com]
2.6.1 Dynamic Packet Reservation Multiple Access 65[52RD.com]
2.6.2 Centralized-PRMA 66[52RD.com]
2.6.3 Multidimensional PRMA with Prioritized[52RD.com]
Bayesian Broadcast 68[52RD.com]
2.6.4 CDMA-Oriented MAC 69[52RD.com]
2.6.5 Trends in MAPs Design 72[52RD.com]
References 74[52RD.com]
3 IP Network Issues 81[52RD.com]
3.1 Introduction 81[52RD.com]
3.2 Mobility Management 82[52RD.com]
3.2.1 Mobility Classes 82[52RD.com]
3.2.2 Architectures for Mobility Supporting 83[52RD.com]
3.3 Mobile IP 84[52RD.com]
3.3.1 Mobile IPv4 85[52RD.com]
3.4 IP Routing 91[52RD.com]
3.4.1 Distance Vector Protocols 92[52RD.com]
3.4.2 Link State Protocols 92[52RD.com]
3.4.3 Routing in Ad Hoc Networks 93[52RD.com]
3.4.4 Route Optimization in Mobile IP 94[52RD.com]
3.5 IP QoS 96[52RD.com]
3.5.1 IntServ and RSVP 96[52RD.com]
3.5.2 DiffServ 98[52RD.com]
viii Technology Trends in Wireless Communications[52RD.com]
3.5.3 MPLS 98[52RD.com]
3.5.4 QoS in Mobile IP 100[52RD.com]
3.5.5 IP QoS Among Heterogeneous Networks 106[52RD.com]
3.6 Security Issues 109[52RD.com]
3.6.1 IPSec 110[52RD.com]
3.6.2 AAA 111[52RD.com]
3.6.3 Security Issues in Mobile IP 111[52RD.com]
3.7 Evolution of Mobile IP 120[52RD.com]
3.7.1 Mobile IPv6 121[52RD.com]
3.7.2 Macro/Micromobility Extensions to Mobile IP 123[52RD.com]
3.7.3 RSVP Support for Mobile IP Version 6 128[52RD.com]
3.8 Conclusions 128[52RD.com]
References 131[52RD.com]
4 TCP over Wireless Links 135[52RD.com]
4.1 Introduction 135[52RD.com]
4.2 Standard TCP/IP Protocol 136[52RD.com]
4.2.1 Sliding Window Mechanism 136[52RD.com]
4.2.2 End-to-End Flow and Congestion Control 138[52RD.com]
4.2.3 Implications of Large Bandwidth-Delay Product 140[52RD.com]
4.2.4 Implications of Link with Errors and Mobility 141[52RD.com]
4.3 TCP Enhancements 142[52RD.com]
4.3.1 Summary of Recommendations 142[52RD.com]
4.3.2 Splitting TCP 145[52RD.com]
4.3.3 Snooping TCP 147[52RD.com]
4.4 Data Link Layer Approach 148[52RD.com]
4.4.1 Data Link Layer ARQ Protocols 149[52RD.com]
4.5 New Trends in the Wireless Networks Design 153[52RD.com]
4.5.1 Improved Link Layer Schemes 155[52RD.com]
4.6 Conclusions 157[52RD.com]
References 157[52RD.com]
5 Adaptive Technologies 163[52RD.com]
5.1 Introduction 163[52RD.com]
Contents ix[52RD.com]
5.1.1 Diversity and Adaptation Techniques 164[52RD.com]
5.1.2 Modulation and Channel Coding 166[52RD.com]
5.2 Adaptive Modulation 170[52RD.com]
5.2.1 Modulation Parameter Selection 170[52RD.com]
5.2.2 Channel Prediction 174[52RD.com]
5.2.3 Modulation Parameter Estimation at the Receiver 175[52RD.com]
5.2.4 Coding in Adaptive Modulation Schemes 175[52RD.com]
5.3 Adaptive Error Control 176[52RD.com]
5.3.1 Adaptive FEC 176[52RD.com]
5.3.2 Hybrid ARQ 177[52RD.com]
5.3.3 Adaptive ARQ 181[52RD.com]
5.4 Multilayer Adaptivity 184[52RD.com]
5.5 Hardware and Software Implementations 186[52RD.com]
5.6 Conclusions 187[52RD.com]
References 188[52RD.com]
6 Radio Resource Management for Wireless[52RD.com]
Multimedia Communications 195[52RD.com]
6.1 Introduction 195[52RD.com]
6.1.1 QoS Requirements 196[52RD.com]
6.2 General Formulation of the RRM Problem 198[52RD.com]
6.3 Radio Resource Management in GPRS 199[52RD.com]
6.4 RRM in UMTS 202[52RD.com]
6.5 RRM in Future Wireless Systems 212[52RD.com]
6.6 Conclusions 215[52RD.com]
References 215[52RD.com]
7 Real-Time Services 219[52RD.com]
7.1 Introduction 219[52RD.com]
7.2 Packet Networks for Real-Time Services 220[52RD.com]
7.2.1 Multiresolution Decomposition 222[52RD.com]
7.2.2 Unequal Error Protection 222[52RD.com]
7.3 Video Compression Techniques 223[52RD.com]
x Technology Trends in Wireless Communications[52RD.com]
TEAMFLY[52RD.com]
Team-Fly?[52RD.com]
7.3.1 Performance Metrics 224[52RD.com]
7.3.2 Quantization 226[52RD.com]
7.3.3 Redundancy Removal 226[52RD.com]
7.3.4 Lossless Encoding 232[52RD.com]
7.4 Video Streaming 232[52RD.com]
7.4.1 Standards for Video Streaming 233[52RD.com]
7.4.2 Scalability 237[52RD.com]
7.4.3 Applications-Layer QoS Mechanisms 238[52RD.com]
7.4.4 Joint Source/Channel Coding 240[52RD.com]
7.5 VoIP 241[52RD.com]
7.6 Conclusions 242[52RD.com]
References 242[52RD.com]
8 Personal Area Networks 249[52RD.com]
8.1 Introduction 249[52RD.com]
8.2 PAN Concept 250[52RD.com]
8.2.1 PAN Architecture 250[52RD.com]
8.2.2 Applications Scenarios and Service Requirements 252[52RD.com]
8.2.3 Possible Devices 253[52RD.com]
8.3 State of the Art 254[52RD.com]
8.3.1 Standardization Process 255[52RD.com]
8.4 Technical Challenges of Future PANs 255[52RD.com]
8.4.1 UWB for WPAN 256[52RD.com]
8.4.2 Power Efficiency 257[52RD.com]
8.4.3 Service Discovery/Selection 259[52RD.com]
8.4.4 Security 260[52RD.com]
8.4.5 Ad Hoc Networking 260[52RD.com]
8.4.6 Coexistence and Interference-Reduction Techniques 261[52RD.com]
8.5 Broadband PAN 263[52RD.com]
8.6 Conclusions 263[52RD.com]
References 264[52RD.com]
9 Future Vision 269[52RD.com]
9.1 Introduction 269[52RD.com]
Contents xi[52RD.com]
9.1.1 User-Centric Scenario 269[52RD.com]
9.2 Scientific Approach 271[52RD.com]
9.3 Adaptive and Scalable Air Interfaces 271[52RD.com]
9.4 Reconfigurable Ambient Networks 272[52RD.com]
9.5 Optical Network Technologies 276[52RD.com]
9.6 Multimedia User Interfaces and Context-Aware[52RD.com]
Technologies 278[52RD.com]
9.7 Flexible Platforms 279[52RD.com]
9.8 Conclusions 280[52RD.com]
References 280[52RD.com]
List of Acronyms 283[52RD.com]
About the Authors 293[52RD.com]
Index 297

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[em07]

badorbetter

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