Mobility

Reaction-Diffusion Based Autonomous Control of Wireless Sensor Networks

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Executive Summary

Taking into account requirements of sensor networks, the authors need fully-distributed and self-organising control mechanisms which are scalable to the size of a network, robust to failures of sensor nodes, and adaptive to different and dynamically changing topology and changes in wireless communication environment. To accomplish this goal, their research group focuses on behaviour of biological systems, which inherently are scalable, adaptive and robust. In this paper, they first verify the practicality of control mechanisms adopting a reaction-diffusion equation, which explains emergence of patterns on the surface of body of fishes and mammals, and then propose two methods for faster pattern generation to save energy consumption.

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