一种针对无线移动传感器网络的入侵者规避脆弱路径调整协议

K. Shih, Chun-Chih Li, Yen-Da Chen
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引用次数: 2

摘要

本文提出了一种利用移动传感器网络调整脆弱路径的协议。脆弱性调整的目的是保护一些重要的区域,本文称之为待保护区域(TBP),使其不受攻击。本文利用Voronoi图寻找脆弱路径,即入侵者可能经过的路径。当脆弱路径经过TBP区域时,采用反向跟踪和关键集选择方案,移动最少的传感器数量,使脆弱路径可以改变,新的脆弱路径不会经过TBP区域。此外,还提出了一种移动方案来确定移动传感器的移动位置。由于传感器运动是能量消耗的主要资源,因此,为了不引起太多的运动,所提出的机制可以在最短的距离内移动最少数量的传感器。仿真结果也验证了该机制的优越性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An intruder avoidance vulnerable path adjustment protocol for wireless mobile sensor networks
The paper proposes a protocol to adjust the vulnerable path by using mobile sensor networks. The objective of vulnerable adjustment is to protect some important areas, named TBP (to-be-protected) areas in the paper, from being attacked. In the paper, Voronoi diagram is utilized to find a vulnerable path, which is a path that an intruder may pass through. While the vulnerable path passes over a TBP area, a backward tracing and critical sets selection schemes are used to move the fewest number of sensors such that the vulnerable path can be changed and the new vulnerable path will not pass over the TBP area. Moreover, a moving schemes is proposed to decide where mobile sensors shall move. Since sensor movement is the major resource of energy consumption, thus, in order not to cause much movement, the proposed mechanism can move the fewest number of sensors with the shortest distance. Simulation results also verify the advantages of the proposed mechanism.
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