An Attacking Track in Wireless Sensor Network

N. Qin, Baoguo Xu
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Abstract

This paper studies the coverage from the reverse standpoint, and addresses the issue how to design an "attacking track" to ensure that attacker drills through the region in security and speed (shortened form SS capability), where a number of sensors are deployed to detect illegal intruder. Not only does this track offers the attacker a right path, it also contributes to the user for future deployment. A joint security and speed heuristic algorithm (SS algorithm) is proposed, which enjoys lower computational load than traditional algorithms. Furthermore, we give a practical definition of the parry probability (or un-detected probability) based on an interesting discerning process, and also introduce the novel metrics, called as integrated gain, to measure the SS capability.
无线传感器网络中的攻击轨迹
本文从相反的角度研究了覆盖范围,并解决了如何设计“攻击轨迹”以确保攻击者安全快速地钻过该区域(简称SS能力)的问题,该区域部署了许多传感器以检测非法入侵者。这条路径不仅为攻击者提供了一条正确的路径,也为用户将来的部署提供了帮助。提出了一种安全与速度联合启发式算法(SS算法),该算法的计算量比传统算法低。此外,我们给出了基于有趣的识别过程的party概率(或未检测到的概率)的实际定义,并引入了称为集成增益的新指标来测量SS能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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