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The number of electronic devices found in home environments is increasing, leading to an increase in the energy consumption in users' premises. Introducing a Home Energy Management System (HEMS) into user residences might provide the necessary tools to reduce and optimize the energy consumption in home environments. However, this is not an easy task as devices can use different communication technologies...
This paper gives the theoretical and technical research about home network architecture, three-layer home network protocol conversion, hardware and software's design and integration of home network, proposes a solution about home network architecture and home wired control network based on SoC. Specific study includes: home network general interface SoC, Home Gateway SoC, home network platform design...
With the development of Digital Home Network, alliances of worldwide major companies proposed and commercialized home network protocols in order to guarantee interoperability among home network appliances and devices using heterogeneous network technologies and different applications. Among these home network protocols, the UPnP (Universal Plug and Play) and IGRS (Intelligent Grouping and Resource...
Home environment has seen a rapid introduction of network technologies. The types of home networks introduced, include home automation, multimedia entertainment, and security networks. These networks are often developed by different organisations and consist of varying network technologies. Consequently, little attention has been given to the coexistence and interoperability of these networks. This...
In this paper, the author describes the design and implementation of a LDNA (Digtal Living Network Alliance) Framework for Handheld devices. DLNA has developed guidelines for interoperability among home devices enabling a multitude of usage scenarios for sharing digital content such as A V (Audio Visual), Photo, and Audio. The proposed DLNA (Digital Living Network Alliance) Client Framework handles...
In this paper, we present the design and implementation of an UPnP based media distribution system supporting priority-based quality-of-service (QoS) in a home network that converges data and multimedia traffic. We adopt two UPnP based standards, the UPnP AV architecture and the UPnP QoS architecture, for multimedia networking and QoS management among networked devices, respectively. Additionally,...
In this paper, we present the design and implementation of a media distribution system supporting priority-based quality-of-service (QoS) in home networks. We adopt the DLNA home networked device interoperability guidelines and the UPnP QoS architecture for interoperability of multimedia networking and QoS management among networked devices, respectively. Additionally, we use the IEEE 802.1p/Q for...
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