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Wormhole Attack Detection Technique in Mobile Ad Hoc Networks

机译:移动临时网络中的蠕虫攻击检测技术

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摘要

A wormhole attack is harmful attack against routing protocols in ad hoc network where node attracts packets from one location and retransmits them to other location using long range link within the network. A wormhole attack can be easily launched between two attacker nodes without compromising the mobile nodes. Most of routing protocols don't have any defending technique against wormhole activities; so in the presence of attacker nodes malicious activities may occur and disrupt network communication by tamper the data or forward the message to unknown location of the network to disrupt it functionality. Several routing protocols have been proposed to defend against wormhole attack in mobile ad hoc networks by adapting synchronization clocks, GPS or any special hardware. In this research article, we proposed a novel wormhole detection technique which identifies the wormhole link by calculating the maximum end to end delay between two nodes within the communication range. Mobile nodes do not need to be equipped with GPS, clock synchronized or any other type of special hardware. The simulation results prove that proposed scheme detects wormhole attack.
机译:蠕虫攻击对Ad Hoc网络中的路由协议进行有害攻击,其中节点将数据包从一个位置吸引数据包,并使用网络内的远程链路将它们传输到其他位置。在两个攻击者节点之间可以轻松启动蠕虫攻击,而不会影响移动节点。大多数路由协议都没有防止虫洞活动的任何卫生技术;因此,在存在攻击者节点中,可能会通过篡改数据或将消息转发到网络的未知位置来破坏网络通信以扰乱其功能。已经提出了几种路由协议通过调整同步时钟,GPS或任何特殊硬件来防御移动临时网络中的蠕虫攻击。在本研究文章中,我们提出了一种新型蠕虫检测技术,通过计算通信范围内的两个节点之间的最大端到端延迟来识别蠕虫孔链路。移动节点不需要配备GPS,时钟同步或任何其他类型的特殊硬件。仿真结果证明了该方案检测蠕虫攻击。

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