Excellent reference with expert insight into the future evolution of mobile communications: 4G IP for 4G examines the concept of 4G, providing an in-depth background to the key technologies and developments shaping the new generation of mobile services, including Wireless Local Area Networks (WLANs), Worldwide Interoperability for Microwave Access (WiMAX), IP developments (SIP and Media Independent Handover), Internet Multimedia Subsystem (IMS), and 3G (HSDPA and LTE). The book addresses these key technological drivers in light of commercial propositions such as generating extra revenue and reducing costs, and offers an up-to-date briefing on the future of mobile communications in the coming years. Key features:* Presents and analyses the key technological drivers of 4G, including WLANs, WiMAX, convergence and IMS* Examines the rationale for IP for 4G by bringing together technologies, global developments and economic arguments in one single volume* Describes and puts in context the developments in the IEEE 802.2
1 Media Independent Handover group, in particular the options for network/terminal controlled handover and the likely mechanisms for seamless handover - including application adaptation* Written for readability as well as depth - with access to detailed descriptions of technologies but also quick overviews* Contains scenario descriptions to motivate the need for seamless handover and benefits for the user (single sign-on access to networks, single billing)* Contains hundreds of original diagrams - carefully drawn to illustrate the complex technology and quickly provide a summary of the main issues.* Accompanying website supports the book with additional diagrams, figures and references for further reading IP for 4G is an invaluable reference for professionals in mobile/fixed telecoms and ICT industries, practicing telecommunications and network engineers, system designers and developers. Graduate level students studying MSc and higher-level courses on networking will also find this book of interest.
Dr. Wisely has worked for BT for 20 years in the fields of networks and mobility research. He pioneered optical wireless links in the early 1990s constructing a 4 km, 1500nm system using optical amplifiers. Dave has worked in the field of mobility for the past 10 years, looking firstly at wireless ATM and HIPERLAN systems and more latterly into the combination of cellular mobile and WLAN systems. Dave was one of the pioneers of an all-IP solution for future developments of 3G. He also acted as technical manger for the influential EU IST BRAIN/ MIND EU IST project which did much to push forward with all-IP network concepts. He has contributed over 100 papers to journals and conferences, published one previous book and contributed chapters to over a dozen others. Dave was also the co-editor of the BTTJ special edition of mobility. He is currently in charge of all convergence research and development at BT and has responsibility for BT's twenty-first century network's convergence research programme. Dave is married with two children aged 11 and 8 and lives in rural Suffolk. His hobbies include: cricket, tram-spotting and complaining about the transport system in the UK.
About the Author. Preface. Acknowledgements. List of Abbreviations. Chapter 1 Introduction. 1.1 Prologue - The Generation Game. 1.2 The Props - WLAN, WiMAX and All That. 1.3 The Players - The Jester, the Harlequin and the Guy with the Beard and Sandals. 1.4 The Plot - The Elephant in the Room. 1.5 Epilogue - The Road to 4G. References. More to Explore. Chapter 2 An Introduction to 3G Networks. 2.1 Introduction. 2.2 Mobile Standards. 2.3 The History of 3G. 2.4 UMTS Network Overview. 2.5 UMTS Network Details. 2.6 UMTS Radio Access Network (UTRAN) and Air Interface. 2.7 CDMA2000 Packet Core Network. 2.8 TD-SCDMA. 2.9 Conclusion. References. More to Explore. Chapter 3 Wireless LANs. 3.1 Introduction. 3.2 Applications of WLANs. 3.3 WLAN Compared to Cellular. 3.4 How WLANs Work. 3.5 Performance of WLANs. 3.6 WLAN Network Coverage. 3.7 Improving WLANs. 3.8 Security. 3.9 Roaming. 3.10 Quality of Service (QoS). 3.11 Handover and Paging. 3.12 Battery Life. 3.13 Go Faster WLAN - 802.11n. 3.14 Interference. 3.15 Future of WLANs. References. More to Explore. Chapter 4 Cellular Evolution. 4.1 Introduction. 4.2 What is Wrong with 3G? 4.3 HSPA. 4.4 HSUPA. 4.5 EDGE. 4.6 EVDO and CDMA2000 Evolution. 4.7 Femtocells. 4.8 LTE. 4.9 Conclusion. References. More to Explore. Chapter 5 WiMAX. 5.1 Introduction. 5.2 Overview of WiMAX History. 5.3 OFDM. 5.4 WiMAX MAC Layer. 5.5 WiMAX PHY Layer. 5.6 WiMAX QoS. 5.7 Spectrum. 5.8 Smart Antennas. 5.9 WiMAX Network Architecture. 5.10 WiMAX Throughput and Performance. 5.11 Conclusion. References. More to Explore. Chapter 6 Convergence and the IMS. 6.1 Introduction. 6.2 The IMS. 6.3 Convergence Today - Fusion. 6.4 Voice Call Continuity. 6.5 Media Independent Handover. 6.6 Next Generation Networks. 6.7 The IMS in Context Today. ReferencesMore to Explore. Chapter 7 Mobile Services - The Final Chapter. 7.1 Introduction. 7.2 Beyond Voice and SMS. 7.3 Hard Lessons - MMS and WAP. 7.4 Innovation - Mobile Music. 7.5 Broadcast Services. 7.6 A New Paradigm - 1000 Killer Applications. 7.7 Terminals. 7.8 Money Makes the World Go Around. 7.9 Mobile Broadband. 7.10 Conclusion. References. Index.
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