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Acknowledgements | |
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Preface | |
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Pervasive Computing | |
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Pervasive Computing | |
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Evolution | |
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Personal Computing | |
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Distributed Computing | |
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Web Computing | |
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Mobile Computing | |
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Pervasive Computing | |
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PervComp | |
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Introduction | |
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Paradigm Shift | |
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PervComp Model | |
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Pervasive Devices | |
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Smart Devices | |
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Sensors | |
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Handhelds | |
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Pervasive Network (PervNet) | |
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Pervasive Middleware (PervWare) | |
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Pervasive Applications | |
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Issues | |
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Perception (Context Awareness) | |
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Location Informing | |
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People/Device Tracking | |
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Geometric Modeling | |
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Smartness (Context Management) | |
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Heterogeneity | |
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Scalability | |
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Invisibility | |
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Self-tuning (Autoconfiguration) | |
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Anticipation (Proactivity) | |
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Integration | |
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Socio-economic Concerns | |
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Application Potential | |
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Pervasive Initiatives | |
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ParcTab | |
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Aura | |
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Endeavour | |
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Oxygen | |
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Portolano | |
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Sentient Computing | |
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CoolTown | |
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eBiquity | |
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One.World | |
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EasyLiving | |
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pvc@IBM | |
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Summary | |
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References | |
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Pervasive Networking | |
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Introduction | |
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Networking infrastructure | |
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Structure of PervNet | |
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Attributes | |
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PervNet Architecture | |
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Managing Pervasiveness | |
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Autoconfiguration | |
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Registration | |
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Routing | |
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Mobility Management | |
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Service Discovery | |
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Disconnected Operation | |
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Proposed Solutions | |
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It's Time to PIP | |
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Dynamic Configuration | |
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Auto-Registration | |
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Dynamic Mobility Management | |
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Content Based Routing | |
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Summary | |
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References | |
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Enabling Technologies | |
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Backbone Technology | |
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Introduction | |
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Electrical Backbone Networks | |
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Fast Ethernet | |
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Gigabit Ethernet | |
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Optical Backbone Networks | |
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FDDI | |
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ATM | |
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Gigabit Ethernet | |
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SONET/SDH | |
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WDM | |
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Introduction | |
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Network Architecture | |
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Advantages of Mesh Networks | |
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Lightpath Establishment | |
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Virtual Topology Design | |
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Generation of Arbitrary Virtual Topology | |
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Embedding of Virtual Topology | |
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Wavelength Assignment | |
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Traffic Assignment | |
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Routing and Wavelength Assignment (RWA) | |
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Wavelength Reservation | |
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Forward Reservation Protocols (FRPs) | |
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Backward Reservation Protocols | |
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Intelligent Optical Switching | |
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All Optical Networks (AONs) | |
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Architecture | |
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Optical Layer Functions | |
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Control Protocol | |
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Wireless Backbone Networks | |
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Terrestrial Microwave Networks | |
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Satellite Networks | |
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Wireless (Fibreless) Optical Networks | |
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The Internet | |
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Summary | |
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References | |
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Wireless Access Technology | |
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Introduction | |
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Fixed Wireless Access | |
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Mobile Wireless Access | |
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Short-Range Wireless Networks (Personal Area Networks) | |
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Basics of Infrared (IR) Access | |
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Infrared Communication Configurations | |
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Short-range Radio Communication | |
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Wireless LANs | |
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Characteristics of Ad hoc Wireless Networks | |
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Three Fundamental Design Choices | |
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Flat vs. Hierarchical Architecture | |
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Proactive vs. Reactive Routing | |
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Medium Access Protocol | |
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Fixed-Access Wireless Systems in Metropolitan Area (WMAN) | |
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Wireless WAN | |
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Basic Cellular Architecture | |
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Location Management | |
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Radio Resource Management | |
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Discussion | |
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References | |
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Interface Technology | |
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User Interface | |
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Middlewares | |
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Models | |
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Semantics | |
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Data and Functionality | |
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Application Programming Interface (API) | |
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Intelligent Environment | |
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Smart Adapters | |
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Related Projects | |
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Distributed File Systems | |
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AFS | |
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Coda | |
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Distributed Components | |
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Infospheres | |
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Global Computing | |
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Legion | |
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Punch | |
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RaDaR | |
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WebOS | |
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Globus | |
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Cosm | |
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XtremWeb | |
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Pervasive Computing | |
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InConcert | |
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omniORB | |
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Summary | |
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References | |
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Standards | |
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Internet | |
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Introduction | |
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IPV6 | |
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Basic Structure | |
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Mobility in IPv6 | |
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Mobile IP | |
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Basics of Mobile IP | |
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Mobile IP with AAA | |
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Macro Mobility in Mobile IP | |
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HAWAII | |
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Wireless IP | |
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Cellular IP | |
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Core IP Networks | |
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Internet Service Architecture | |
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Integrated Services (Intserv) | |
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Differentiated Services (Diffserv) | |
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Resource Reservation Protocol (RSVP) | |
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RSVP Extensions | |
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RSVP Tunnel with Mobile IPv4 | |
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Mobile IPv6 and RSVP Integration Model | |
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Mobile IP with Location Registers | |
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Mobility Support based on Flow Transparency | |
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Multiprotocol label switching (MPLS) | |
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Background and Structure | |
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Traffic and QoS Properties | |
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IP over WDM | |
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IP and WDM Integration | |
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IP over Optical Network Architectures | |
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IP-Centric Control: Provisioning and Restoration | |
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Optical Packet Switching | |
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MPLS based IP and WDM | |
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Internet Telephony | |
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VoIP Mobility in Wireless Networks | |
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H.323: An Overview | |
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Example Integration Scenario | |
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All IP-based Networks | |
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TeleMIP | |
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Enhancement in IP | |
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All IP-based Wireless Networks | |
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IP-based IMT Network | |
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All-IP-based UMTS Architecture | |
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Summary | |
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References | |
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Wireless Standards | |
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Introduction | |
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Wireless Generations | |
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Mobile Communication Traffic | |
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Wireless Transmission Characteristics | |
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Cellular Telephone System | |
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First-Generation Mobile Systems | |
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Second-Generation Mobile Systems | |
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GSM | |
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GPRS | |
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cdmaOne | |
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GPRS vs. cdmaOne Packet Data | |
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TDMA | |
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PDC | |
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Third-Generation Mobile Systems | |
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UMTS | |
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cdma2000 | |
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Evolution of the Network Architecture | |
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UMTS Network Architecture | |
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UMTS All-IP Architecture | |
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IP-Based UTRAN | |
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CDMA2000 Network Architecture | |
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Inter-Technology Aspects | |
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WLAN | |
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The IEEE 802.11 Standard | |
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Bluetooth Wireless Technology | |
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IEEE 802.15.3 Wireless PAN Standard | |
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ETSI HiperLAN2 | |
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Summary of Key Features | |
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Wireless Local Loop (WLL) | |
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Overview of Three Standards | |
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DECT | |
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PACS | |
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PHS | |
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Seamless Pervnet Architecture | |
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Future Direction | |
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Reference | |
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Summary and Future | |
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Challenges | |
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Introduction | |
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Pervnet Challenges | |
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Plug-n-Play | |
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Scalability | |
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Extensibility | |
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Protocols | |
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Security | |
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Quality of Service (QoS) | |
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Power (Energy) | |
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Charging | |
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PervWare Challenges | |
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Interfaces | |
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Component Interaction | |
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Adaptation | |
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PervComp Challenges | |
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Perception | |
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Context Management | |
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Integration | |
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System Management | |
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Transparency | |
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Thin client | |
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Power Management | |
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Application Support | |
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Other Challenges | |
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Economic Challenges | |
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Social Challenges | |
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Legal Challenges | |