Titlebook: Home Networking; First IFIP WG 6.2 Ho Khaldoun Agha,Xavier Carcelle,Guy Pujolle Conference proceedings 2008 IFIP International Federation f

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打火石

QOS Management in Autonomic Home Networkslligence, which will make our lives easier and more productive. Wireless mesh networking (WMN) has emerged as a promising concept to meet such challenges. This paper considers the problem of achieving QoS inside home networks relying on a wireless mesh networks.

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Managing collaboration and competition of multiple WAN services in a residential networkential networks. However, the lack of control by WAN service providers on the home environment together with too complex end-user policy configuration hinder widespread e-deployment of services into the home. Several architectures have been presented for next generation home networks, coping with th

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Coherence Bandwidth and its Relationship with the RMS delay spread for PLC channels using Measuremenbed. Results are intended for applications in high-capacity indoor powerline networks. The coherence bandwidth and the RMS delay spread parameters are estimated from measurements of the complex transfer function of the Powerline Communications (PLC) channel. The 90th percentile of the estimated cohe

Itinerant

Time/Frequency Analysis of Impulsive Noise on Powerline Channelsedium is shared with other devices connected to any socket. When switching, and even during normal operation, these devices can generate some noises (stationary, cyclo-stationary & impulsive). A good knowledge of these noises is essential to counter them and to ensure a fair quality of service. This

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RENAL

Intelligent Routing Scheme in Home Networkswith others home devices or appliances. Channels characteristics are time variant and environment sensitive. Mobility and end devices density in a wireless cell may collapse available network resources. Therefore, quality of service provision for delay sensitive multimedia applications in such an un

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