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A mechanism on reducing power consumption by using threshold and timer in home gateway

Hyeon Yang, Seong Gon Choi, Sung‐Jin Kim

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Abstract

This paper proposes a mechanism on reducing power consumption by using threshold and timer in home gateway. Traffic consists of real time and non-real time traffic. Proposed mechanism uses sleep mode, which can be extracted from the traffic with a protocol features and also takes advantage of buffer threshold mechanism and timer constraint for extending sleep mode. The extended sleep mode can save the energy consumption. We verify the result with numerical analysis to get lower power consumption than the existing scheme.

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What this paper is about

This paper proposes a mechanism on reducing power consumption by using threshold and timer in home gateway. Traffic consists of real time and non-real time traffic. Proposed mechanism uses sleep mode, which can be extracted from the traffic with a protocol features and also takes advantage of buffer threshold mechanism and timer constraint for extending sleep mode. The extended sleep mode can save the energy consumption. We verify the result with numerical analysis to get lower power consumption than the existing scheme.

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Available abstract

This paper proposes a mechanism on reducing power consumption by using threshold and timer in home gateway. Traffic consists of real time and non-real time traffic. Proposed mechanism uses sleep mode, which can be extracted from the traffic with a protocol features and also takes advantage of buffer threshold mechanism and timer constraint for extending sleep mode. The extended sleep mode can save the energy consumption. We verify the result with numerical analysis to get lower power consumption than the existing scheme.

Key concepts: Timer, Sleep mode, Computer science, Energy consumption, Constraint (computer-aided design), Power consumption, Power (physics), Mode (computer interface)

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