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Abstract

Improper power management in a wireless network can substantially degrade the Quality of Service (QoS) and increase the overall energy consumed. This can further lead to network partitioning problems, which denote inefficiency in hosting multimedia applications. Current scheduling approaches for energy conservation save energy by allowing either periodic “idling” or high latencies, which are unable to host delay-sensitive multimedia applications. Delay-sensitive applications need to have an end-to-end path with energy availability. In this paper, an on-demand scheme is proposed based on each node's self-scheduling energy management, suitable for hosting delay-sensitive traffic. A sleep history characterization for the traffic is modeled, affecting the overall idle or inactive/sleep duration in a way that enables energy conservation. Through simulation, the QoS of the proposed scheme is evaluated by using two different routing schemes. These schemes prove that the overall energy savings during delay-sensitive transmissions using asynchronous (non-periodic) sleep time is significantly higher than the synchronous (periodic). Experimental results depict the scheme's efficiency with respect to the underlying routing protocol used, to manage nodes' energy on a self-tuned mode.

Keywords

Mobile ad-hoc networks energy consumption mitigation adaptive traffic scheme energy conservation coerced caching

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Quality of Service Measures of Mobile Ad-hoc Wireless Network using Energy Consumption Mitigation with Asynchronous Inactivity Periods

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