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John.Wiley.and.Sons.Technologies.for.the.Wireless.Future.Jun.2006
看看目录和前言可以对本书内容有大概了解，很不错的一本书！
【文件名】:06116@52RD_John.Wiley.and.Sons.Technologies.for.the.Wireless.Future.Jun.2006.rar
【格 式】:rar
【大 小】:3575K
【简 介】:Preface
One of the important factors contributing to the success of mobile communications, from
the very beginning, has been a good understanding of users’ requirements. In its first
generation, mobile networks offered users the freedom to communicate irrespective of
their locations and the joy of instant access to telephony services. This provided a competitive
edge over the fixed wire line communication networks. Continual assessment of
users’ requirements and the important role that mobile communications play in our daily
lives brought about the 2nd and 3rd generations of standards. However, because of the
widespread availability of the Internet and high-speed data on mobile networks, the users
are becoming more accustomed to the use of such services in carrying out both private
and professional aspects of their lives. The users’ expectations from mobile networks are
becoming more demanding and this trend is expected to intensify in the future. To continue
with the successful approach adopted in mobile/wireless communications, a better
understanding of the users’ needs and requirements is essential to identify appropriate
future technologies. However, as it is very difficult to accurately predict how such needs
would evolve, the envisaged future systems must possess sufficient flexibility to be able
to handle efficiently unforeseen needs, new services, and applications.
This is the very approach taken in the writing of this book, starting with the identification
of users’ future requirements based on today’s observation on the usage of mobile
communications and extrapolations of that to the next 10 to 15 years. The book structure
also reflects that of the WWRF Working Groups and presents the contents of some of
the White Papers produced in the last 18 months. The White Papers are the outcome
of a large number of presentations, discussions, and contributions made by international
researchers representing both industry and academia who are active in advanced research
on future mobile/wireless communications. This is a follow-on book to Volume-1 published
in 2004, but with more emphasis on the user requirements and an in-depth analysis
of the important technologies.
The book starts with an introduction to worldwide and regional activities on Beyond
3G and 4G and gives a comprehensive overview of the WWRF organizational structure
and mode of operation. Chapter 2 presents the WWRF-developed vision and requirements
in the future wireless world based on observations made today and their extrapolation to
years 2010 and 2017. In Chapter 3, a number of usage scenarios are identified and discussions
are presented on how these scenarios should be used in the future development
of wireless technologies and in particular, the problems and research issues associated
with the advanced user interface in future mobile devices. Chapters 4, 5, 6, 7, 8 and 9
are more technology-oriented chapters addressing various subsystems of a mobile network.
In particular, Chapters 4 and 5 cover important areas of future service platforms,
generic service elements and enabling technologies, user security and trust requirements,
and identify important research issues associated with them as well as challenges in user
identity management in future heterogeneous networks. Chapter 6 provides a comprehensive
overview of new air-interface technologies and new deployment concepts for
wide area networks together with related technologies in achieving high spectral and
power efficiencies using advanced technologies such as MIMO, cross-layer optimization
schemes, and research issues for resource management. Chapter 7 addresses technologies
and research issues for short-range wireless communications and provides a thorough
overview of ultra wide band technology and its future perspectives. This chapter also
provides a comprehensive overview of requirements and technical challenges encountered
in optical wireless communications as well as wireless sensor networking, and identifies a
number of interesting research topics. Chapter 8 presents an in-depth discussion on reconfigurability
covering aspects such as application scenarios for reconfigurability, essential
element management, and Software-defined Radio together with reconfigurable network
architecture and support services, and the use of Cognitive Radio for spectrum management.
Chapter 9 outlines issues concerning self-organization in communication networks,
in particular for Ad hoc and Sensor Networks, and provides an interesting discussion on
the potential limitation of self-organization.
【目 录】:1 Introduction 1
Edited by Mikko Uusitalo (Nokia)
1.1 Goals and Objectives – Shaping the Global Wireless Future 2
1.2 Structure of WWRF 3
1.3 The International Context and B3G/4G Activities 4
1.3.1 International Initiatives 5
1.3.2 Regional Initiatives 6
1.3.3 Standardization Initiatives 9
1.4 Acknowledgement 10
References 10
2 Vision and Requirements of the Wireless World 11
Edited by Mikko Uusitalo (Nokia)
2.1 What we are Observing Today in 2005 11
2.2 What is on the Way for 2010? 12
2.3 Projection for 2017 12
2.3.1 User Perspectives 12
2.3.2 Technological Perspectives 14
2.4 Acknowledgement 14
3 User Requirements and Expectations 15
Edited by Angela Sasse (University College London, UK)
3.1 Introduction 15
3.2 The Role of Scenarios in The Development of Future Wireless
Technologies and Services 15
3.2.1 Background 16
3.2.2 Scenarios for Developing Future Wireless Technologies and
Services 19
3.2.3 How Scenarios Should Be Used in The Development of Future
Wireless Technologies 25
3.2.4 Summary 31
3.3 Advanced User Interfaces for Future Mobile Devices 32
3.3.1 Description of the Problem 33
3.3.2 UI-related User Needs 36
3.3.3 Current State in UI 38
3.3.4 Future Interfaces 46
3.3.5 Recommendations 55
3.3.6 Summary 56
3.4 Acknowledgment 57
References 57
4 Service Infrastructures 59
Edited by Stefan Arbanowski (Fraunhofer FOKUS, Germany) and Wolfgang
Kellerer (DoCoMo Euro-Labs, Germany)
4.1 Introduction 59
4.2 Requirements for Future Service Platform Architectures 60
4.2.1 Challenges in Future Service Provisioning and Interaction 61
4.2.2 Functional Requirements 66
4.2.3 Summary 76
4.3 Generic Service Elements and Enabling Technologies 78
4.3.1 Generic Service Elements 79
4.3.2 Enabling Middleware Technologies for the GSE-concept 92
4.3.3 Semantic Support 97
4.3.4 Future Research and Development 107
4.3.5 Summary 108
4.4 Acknowledgment 109
References 109
5 Security and Trust 111
Edited by Mario Hoffmann (Fraunhofer SIT), Christos Xenakis, Stauraleni
Kontopoulou (University of Athens), Markus Eisenhauer (Fraunhofer FIT),
Seppo Heikkinen (Elisa R&D), Antonio Pescape (University of Naples)
and Hu Wang (Huawei)
5.1 Introduction 111
5.2 Trust Management in Ubiquitous Computing 112
5.2.1 Trust Requirements 113
5.2.2 Trust Life Cycle 113
5.2.3 Trust Management 114
5.2.4 Research Issues 115
5.3 Identity Management 116
5.3.1 Benefits of Identity Management 119
5.3.2 Examples of Identity Management 119
5.3.3 Principles and Requirements 120
5.3.4 Research Issues 121
5.4 Malicious Code 121
5.4.1 What is Malicious Code? 122
5.4.2 Background 122
5.4.3 Requirements and Research Issues 123
5.5 Future Steps 126
5.5.1 Usable Security 127
5.5.2 Trusted Computing Platforms in Mobile Devices 128
5.5.3 Security for Fast Intra/Inter-technology and Intra/Inter-domain
Handover 128
5.5.4 Trust Development and Management in Dynamically Changing
Networks 128
5.5.5 Security for Ambient Communication Networks 129
5.6 Acknowledgement 129
References 129
6 New Air-interface Technologies and Deployment Concepts 131
Edited by David Falconer (Carleton University), Angeliki Alexiou
(Lucent Technologies), Stefan Kaiser (DoCoMo Euro-Labs), Martin
Haardt (Ilmenau University of Technology) and Tommi J¨ams¨a
(Elektrobit Testing Ltd)
6.1 Introduction 131
6.2 Broadband Frequency-domain–based Air-interfaces 132
6.2.1 Frequency-domain–based Systems 133
6.2.2 Generalized Multicarrier Signals 134
6.2.3 BER Performance of Parallel- and Serial-modulated Systems 138
6.2.4 Single- and Multicarrier CDMA 139
6.2.5 Zero-padded OFDM (ZP-OFDM) and Pseudorandom-postfix
OFDM (PRP-OFDM) 141
6.2.6 OFDM/OffsetQAM (OFDM/OQAM) and IOTA-OFDM 142
6.2.7 Effect of Phase Noise and Frequency Offsets 143
6.2.8 Power Amplifier Efficiency 143
6.2.9 Spectrum Flexibility 146
6.2.10 Some Issues for Further Research 149
6.2.11 Summary and Recommendations 149
6.3 Smart Antennas, MIMO Systems and Related Technologies 150
6.3.1 Benefits of Smart Antennas 151
6.3.2 MIMO Transceivers 154
6.3.3 Reconfigurable MIMO Transceivers 156
6.3.4 Multiuser MIMO Downlink Precoding 161
6.3.5 Smart Antenna Cross-layer Optimization 166
6.3.6 Realistic Performance Evaluation 167
6.3.7 Deployment of Smart Antennas in Future
Systems – Implementation Issues 169
6.3.8 Summary 170
6.4 Duplexing, Resource Allocation and Inter-cell Coordination 170
6.4.1 Duplexing 171
6.4.2 Scheduling and Resource Allocation within a Cell 177
6.4.3 Interference and Inter-cell Coordination 184
6.4.4 Summary 187
6.5 Multidimensional Radio Channel Measurement and Modeling 188
6.5.1 State of the Art 190
6.5.2 Channel Modeling Process 206
6.5.3 Open Issues and Research Topics 213
6.5.4 Summary 215
6.6 Acknowledgment 216
References 216
7 Short-range Wireless Communications 227
Edited by Gerhard Fettweis (Vodafone Chair, TU Dresden),
Ernesto Zimmermann (Vodafone Chair, TU Dresden), Ben Allen (King’s
College London), Dominic C. O’Brien (University of Oxford)
and Pierre Chevillat (IBM Research GmbH, Zurich Research Laboratory)
7.1 Introduction 227
7.2 MIMO–OFDM in the TDD Mode 228
7.2.1 Application Scenarios and Requirements 229
7.2.2 Operating Principle of the Air Interface 230
7.2.3 MIMO 231
7.2.4 OFDM 236
7.2.5 TDD 241
7.2.6 Cross-layer Design 244
7.2.7 Real-time Implementation 247
7.2.8 Summary and Main Research Challenges 248
7.3 Ultra-wideband: Technology and Future Perspectives 249
7.3.1 Setting the Scene 250
7.3.2 Applications 254
7.3.3 Technology 260
7.3.4 UWB MAC Considerations 266
7.3.5 Spectrum Landing Zones 272
7.3.6 What is Next? 276
7.3.7 Summary 276
7.4 Wireless Optical Communication 277
7.4.1 Introduction 277
7.4.2 Optical Wireless Communications as a Complementary
Technology for Short-range Communications 278
7.4.3 Link Budget Models 284
7.4.4 Applications Areas for Optical Wireless 288
7.4.5 Outlook for Optical Wireless 295
7.4.6 Research Directions 296
7.5 Wireless Sensor Networks 296
7.5.1 Scenarios and Applications 298
7.5.2 WSN Characteristics and Challenges 299
7.5.3 Standardization 302
7.5.4 Summary 303
7.6 Acknowledgment 303
References 304
8 Reconfigurability 313
Edited by Panagiotis Demestichas (University of Piraeus), George
Dimitrakopoulos (University of Piraeus), Klaus M¨oßner (CCSR, University
of Surrey), Terence Dodgson (Samsung Electronics) and Didier Bourse
(Motorola Labs)
8.1 Introduction 313
8.2 Application Scenarios for Reconfigurability 314
8.2.1 Methodology for Scenario Analysis 314
8.2.2 Scenarios Evaluation 317
8.2.3 System Requirements 318
8.2.4 Roadmaps for Reconfigurability 319
8.2.5 Summary 325
8.3 Element Management, Flexible Air Interfaces and SDR 325
8.3.1 Element Management 327
8.3.2 Flexible Air Interfaces 350
8.3.3 SDR 356
8.4 Network Architecture and Support Services 365
8.4.1 Approaches and Research Ideas 367
8.4.2 Summary 387
8.5 Cognitive Radio, Spectrum and Radio Resource Management 387
8.5.1 RRM in a Reconfigurability Context 389
8.5.2 Spectrum Management 391
8.5.3 Joint Radio Resource Management 404
8.5.4 Network Planning for Reconfigurable Networks 410
8.5.5 Cognitive Radio 411
8.5.6 Summary 413
8.6 Acknowledgement 415
References 416
9 Self-organization in Communication Networks 423
Edited by Amardeo Sarma (NEC), Christian Bettstetter (DoCoMo)
and Sudhir Dixit (Nokia)
9.1 Introduction and Motivation 423
9.2 Self-organization in Today’s Internet 424
9.2.1 Self-configuration in the Internet 424
9.2.2 Peer-to-peer Networking 429
9.2.3 Open-content Web Sites 432
9.3 Self-organization in Ad Hoc and Sensor Networks 433
9.3.1 Cooperation and Fairness 434
9.3.2 Distributed Topology Control 436
9.3.3 Address Self-configuration 440
9.4 Self-organization in Network Management 441
9.4.1 Policy-based Management 441
9.4.2 Pattern-based Management 442
9.4.3 Knowledge Plane 443
9.5 Graph-theoretical Aspects of Self-organization 443
9.5.1 Random Graphs 444
9.5.2 Small-world Phenomenon 445
9.5.3 Scale-free Graphs 446
9.5.4 Application of Graph-theoretical Aspects to Communication
Networks 447
9.6 Potential and Limitations of Self-organization 448
9.7 Acknowledgement 449
References 449
Appendix: Glossary 453
Index 463
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