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Summary
Author Biography
Table of Contents
Services Offered by Home Area Networks | p. 1 |
Why home networking? | p. 1 |
Service convergence | p. 2 |
Triple play | p. 4 |
Quadruple play | p. 6 |
Services linked to the person | p. 7 |
Home services, energy saving, intelligent housing | p. 8 |
IP or non-IP home area networks | p. 8 |
Comparison with automobiles: the requirement of standards for home networks | p. 10 |
Bibliograpy | p. 11 |
Appendix: the uses of very high bit rates | p. 11 |
Progressive deployment | p. 13 |
Client ubiquity | p. 16 |
Receiving Television via Internet: IPTV | p. 19 |
Introduction | p. 20 |
Digital TV formats (DVB and MPEG standards) | p. 20 |
MPEG | p. 20 |
DVB | p. 21 |
Digital TV transmission through IP | p. 29 |
History and market | p. 29 |
The evolution of consumer trends | p. 32 |
IPTV: elements of the network | p. 33 |
General points | p. 33 |
Data transmission in an IPTV network | p. 37 |
Quality of service | p. 40 |
IP channel-switching | p. 48 |
IPTV in a local loop | p. 49 |
Set-top box (STB) hardware and software design | p. 50 |
IPTV middleware | p. 51 |
Content protection | p. 52 |
Interactivity | p. 52 |
Bibliography | p. 53 |
Appendix: notes on digital television | p. 53 |
Video | p. 53 |
Screens, size and resolution | p. 55 |
Production | p. 57 |
Household Internet Connections | p. 61 |
Network cables | p. 61 |
Introduction | p. 61 |
Communication media | p. 63 |
The DOCSIS/EURODOCSIS standard | p. 69 |
Modems and DOCSIS/EURODOCSIS CMTS | p. 72 |
RF DOCSIS/EURODOCSIS signals | p. 73 |
Sizing optical nodes for DOCSIS services | p. 77 |
Digital Television | p. 78 |
Analog television | p. 79 |
The last mile: from local loop VHF to fiber | p. 80 |
Transport and distribution of signals from headend to local loops | p. 84 |
Internet access by means of outdoor PLC | p. 91 |
Structure of an electrical supply network | p. 92 |
Use of the electric pair by PLC | p. 93 |
Frequencies used by PLC | p. 95 |
PLC standards | p. 96 |
Administration of an outdoor PLC | p. 97 |
Fiber optics to the home (FTTH) | p. 98 |
Introduction | p. 98 |
Fiber optic technologies | p. 99 |
Fiber optic cables | p. 104 |
Lasers, LEDs and optical receivers | p. 106 |
Fiber optic subscriber connections: FTTx | p. 107 |
Fiber to the Home (FTTH) | p. 119 |
xDSL networks | p. 120 |
Introduction | p. 120 |
General points | p. 121 |
ADSL technology | p. 124 |
Data organization: ADSL frame and superframe | p. 128 |
Elements of ADSL access | p. 129 |
Protocol architecture for ADSL | p. 133 |
Gigabit Ethernet transmission | p. 139 |
Unbundling | p. 140 |
Services over an ADSL network | p. 141 |
High bit rate radio: satellite, WiMAX and LTE | p. 144 |
Introduction | p. 144 |
Worldwide Inter-operability for Microwave Access (WiMAX) | p. 145 |
LTE (-SAE) | p. 149 |
Internet by satellite | p. 151 |
Bibliography | p. 152 |
Home Area Network Technologies | p. 155 |
Copper pair cables | p. 155 |
The home network in coaxial cable | p. 157 |
Communication mediums | p. 158 |
Transported signals: DOCSIS/EURODOCSIS | p. 159 |
Terminal section | p. 159 |
FTTLA beyond 2012 | p. 160 |
Home networks using indoor power line communications | p. 160 |
Standards and norms | p. 163 |
Possibility of two different networks | p. 164 |
Safeguarding the local network | p. 164 |
Analysis and administration | p. 164 |
LTE femtocells | p. 165 |
Introduction | p. 165 |
The LTE standard and femtocells | p. 166 |
Plastic optical fibers | p. 167 |
POF transmission | p. 167 |
IEEE 1394 standard | p. 171 |
Recognition of other mediums and external connections | p. 174 |
WiFi home area networks | p. 175 |
Introduction | p. 175 |
General points | p. 176 |
Connection to the Internet using radio waves | p. 177 |
WiFi protocol layers | p. 177 |
Successive WiFi standards | p. 183 |
Transmission technologies | p. 183 |
WiFi network deployment | p. 189 |
Privacy | p. 195 |
802.11n: the future of WiFi | p. 200 |
Home gateway | p. 204 |
Bibliography | p. 206 |
Software Structure used in Home Area Networks | p. 207 |
Characteristics of Home Area Networks | p. 207 |
Heterogeneity | p. 208 |
Dynamicity | p. 209 |
Absence of an administrator | p. 210 |
The digital leisure network: UPNP/DLNA | p. 211 |
The UPNP/DLNA organization and certification | p. 211 |
Devices, service and action models | p. 213 |
Classes of devices: home, mobile, internetwork | p. 217 |
Formats: images, audio, video | p. 222 |
Networks and transport of media | p. 223 |
Conclusion | p. 226 |
Home systems networks | p. 226 |
The needs of home systems networks | p. 226 |
MAC and physical layers on an RF network: IEEE 802.15.4 | p. 228 |
Networking and datalinking over an RF Network: example of ZigBee | p. 233 |
Networking and datalinking over an electric cabled network | p. 235 |
Software Structures in Use for Home Area Networks | p. 237 |
Service gateways | p. 237 |
The role of a service gateway | p. 237 |
Service administration: OSGi bundles | p. 239 |
Collection and redistribution of information: contexts and methods | p. 242 |
Security in home systems and multimedia networks | p. 242 |
Service access methods | p. 242 |
Virtual networks (VPN) | p. 244 |
Bibliography | p. 245 |
Service Platforms | p. 247 |
Service platform for a managed network | p. 247 |
Services | p. 247 |
Servers | p. 249 |
Internet kiosk on an unmanaged network | p. 252 |
General points | p. 252 |
Security | p. 253 |
Private life | p. 254 |
Development languages of applications | p. 254 |
Sharing resources | p. 255 |
Glossary | p. 259 |
Index | p. 271 |
Table of Contents provided by Ingram. All Rights Reserved. |
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