Reaction-Diffusion Inspired Sensor Networking: From Theory to Application

Shu-Yuan Wu, T. Brown, Hsien-Tseng Wang
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Abstract

: Alan Turing introduced a novel Reaction-Diffusion (RD) model in 1952 to explain biological pattern formation found in animals. Since then, studies based on the RD model have long proved the feasibility of adapting it to spatial patern formation in distributed systems, especially in networking systems. In the past two decades, RD mechanism started being applied to Wireless Sensor Networks, and the possiblity of expanding to new applications is promising. In this paper, we first review the original RD model and further show its variants, known as activator-inhibitor models. Several research efforts on applying them to model tasks in wireless sensor networks will be presented and summarized.
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反应扩散启发的传感器网络:从理论到应用
艾伦·图灵在1952年提出了一个新的反应-扩散(RD)模型来解释动物体内生物模式的形成。此后,基于RD模型的研究早已证明了将其应用于分布式系统,特别是网络系统中空间模式形成的可行性。在过去的二十年中,研发机制开始应用于无线传感器网络,并有可能扩展到新的应用领域。在本文中,我们首先回顾了原始的RD模型,并进一步展示了它的变体,即活化剂-抑制剂模型。本文将介绍和总结几种应用于无线传感器网络建模任务的研究成果。
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