UMTS and mobile computing Machine generated contents note: 1.1 Mobile Computing and Ubiquitous Computing 1.2 The Driving Factor of Mobility 1.3 Innovation Drivers 1.3.1 Moores Law 1.3.2 Compression Standards for Multimedia: JPEG MP3 MPEG 4 MPEG 7 1.3.3 Wireless Technologies Migrate to Configurable Radio and Smart Antennas 1.3.4 The Internet Intranets and Mobility 1.3.5 Services and Applications References 2 The Market for UC 2.1 Mobile Market Developments 2.1.1 Emerging Wireless Personal Area and Wireless Local Area Networks 2.1.2 Mobile Satellite Network Markets 2.2 Internet Market Developments 2.2.1 Challenge: Transition from Circuit Switching to Packet Switching 2.2.2 Internet Access from Mobile Devices 2.2.3 The Web Market 2.2.4 Electronic Commerce: A Fundamental Component of Future Multimedia Services 2.2.5 Intranet Need for Mobile Extensions 2.2.6 Intranet Access from Mobile Devices 2.3 Fixed and Mobile Convergence 2.3.1 Mobile Computer Based Communications and UMTS 2.3.2 Increasing Mobility of Individuals and the Pressure to Turn Dead Time into Productive Time 2.3.3 Key Enablers 2.3.4 Broadband Wireless Convergence 2.3.5 Broadcasting Convergence 2.3.6 Convergence on Devices 2.3.7 Convergence and the Creation of New Services References 3 Technologies 3.1 Mobile Wireless Communication Technologies 3.1.1 WPANs 3.1.2 WLANs 3.1.3 Wireless WANs 3.1.4 Extended Area Networks 3.1.5 Other Technologies 3.1.6 Technology Positioning and Comparison 3.2 UMTS 3.2.1 Value Chain Developments Towards Information Based Services 3.2.2 Network Architecture 3.2.3 UMTS Radio Access Techniques 3.2.4 Core Network 3.2.5 Internet Service Providers Function 3.2.6 Mobile Portals Function 3.2.7 UMTS Terminal Technologies 3.2.8 USIM Cards and Smart Cards 3.3 UC Appliances (Devices) 3.3.1 Card Technologies 3.3.2 The iButton 3.3.3 Tag Technologies 3.3.4 Mobile 3G Devices 3.3.5 Devices Summary References 4 Standardization 4.1 WPAN and WLAN Standardization 4.1.1 Bluetooth 4.1.2 IEEE 802.X Standards 4.1.3 DECT and PHS 4.2 3G Standardization 4.2.1 3GPP Develops Specifications for Global Use 4.2.2 Internet Related Standardization 4.2.3 Standard Protocol Layers in UMTS 4.3 Addressing and Registration Standards 4.4 Standards for Information Encoding 4.4.1 Voice Encoding 4.4.2 Bitmap Graphic and Photographic Image Encoding 4.4.3 Video and Audio Compression  4.5 Software Protocols Computer Languages and Smart Cards 4.5.1 SOAP 4.5.2 CORBA 4.5.3 Java Programming and Java Remote Method Invocation 4.5.4 Jini 4.5.5 HAVi 4.5.6 UPnP 4.5.7 OSGI 4.5.8 Home Plug and Play 4.5.9 Web Programming and Markup Language Standards 4.5.10 WAP 4.5.11 Smart Card Standardization References 5 Applications 5.1 UMTS Services and Applications 5.1.1 Mobile Internet and Intranet Access 5.1.2 Customized Infotainment and Edutainment 5.1.3 Multimedia Messaging Services 5.1.4 Location Based Services 5.1.5 Voice and Videotelephony and conferencing 5.1.6 UMTS Services Portability 5.2 Examples: WAP and i Mode 5.3 Telemetry 5.3.1 Vehicle Related Mobile Computing 5.3.2 Health Care 5.3.3 Other Applications 5.4 Mobile E Commerce References 6 Resource Issues 6.1 Addressing Capacity in Networked Environments 6.L 1 Address Schemes 6.1.2 Estimations of Address Capacity 6.2 Frequency Spectrum 6.2.1 How Much Frequency Spectrum Is Needed for 3G Services 6.2.2 3G Traffic Capacity Calculations 6.2.3 Worldwide 3G Spectrum Identification 6.2.4 What Is the UMTS Specific Spectrum Demand per Operator in the Initial Phase 6.2.5 Spectrum Demand for WLANs or Ad Hoc Networks 6.2.6 Worldwide WLAN Spectrum Identification References 7 Outlook: Telecom + Datacom + Media = Infocom 7.1 Taking Moores Law into the Future 7.2 Future Network Architectures 7.3 Devices 7.4 The Smart Card Issue 7.5 New Services and Applications 7.6 Mobile Agents 7.7 Industry Outlook 7.8 Researchers Move to 4G Mobile Radio Systems 7.9 Market Development References