Design and implementation of a service oriented power saving system for the home network

The paper proposes a methodology to solve wasteful power dissipation problems in the home network. To do so, we define and implement the Energy-aware Framework (EAF) to manage and control various Consumer Electronic (CE) devices operated throughout the home. The proposed framework is composed of a p...

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Bibliographic Details
Main Authors: Jong-Hoon Lee, Jung-Tae Kim, Eui-Hyun Paik, Intark Han, Kwang-Roh Park
Format: Conference Proceeding
Language:English
Subjects:
Consumer electronics
Energy consumption
Energy management
Energy-aware Control Element (ECE)
Energy-aware Framework (EAF)
Environmental management
Home automation
Plugs
Power dissipation
Power saving
Power system management
Protocols
Resource management
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Description
Summary:The paper proposes a methodology to solve wasteful power dissipation problems in the home network. To do so, we define and implement the Energy-aware Framework (EAF) to manage and control various Consumer Electronic (CE) devices operated throughout the home. The proposed framework is composed of a power management scheme to control power consumptions of devices based on Advanced Configuration and Power Interface (ACPI) according to the classified service categories, but also helps to achieve control over various Energy-aware Control Elements (ECEs) that are minimum controllable resource units. It also includes a power management mechanism using an Energy-aware Plug and Play protocol (EPnP) to control and manage various ECEs and provides an open API for managing, controlling and monitoring the power control status of a designated device and controlling power levels from the various service applications in the home environments.
ISSN:2158-3994
2158-4001
DOI:10.1109/ICCE.2009.5012334