Mobility

Towards Energy-Fairness in Asynchronous Duty-Cycling Sensor Networks

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Executive Summary

In this paper, the authors investigate the problem of controlling node sleep intervals so as to achieve the min-max energy fairness in asynchronous duty-cycling sensor networks. They propose a mathematical model to describe the energy efficiency of such networks and observe that traditional sleep interval setting strategy, i.e., operating sensor nodes with identical sleep intervals, or intuitive control heuristics, i.e., greedily increasing sleep intervals of sensor nodes with high energy consumption rates, hardly perform well in practice. There is an urgent need to develop an efficient sleep interval control strategy for achieving fair and high energy efficiency. To this end, they theoretically formulate the Sleep Interval Control (SIC) problem and find it a convex optimization problem.

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