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首页> 外文期刊>International Journal of Computer Network and Information Security >Distributed Wormhole Attack Mitigation Technique in WSNs
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Distributed Wormhole Attack Mitigation Technique in WSNs

机译:WSN中的分布式蠕虫攻击缓解技术

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摘要

Sensing element Networks area unit gaining a lot of attention as a result of applications like sensible cities(traffic congestion, sensible parking, sensible lighting), sensible setting (forest hearth detection, air pollution) security and emergencies (Radiation levels, Explosive and dangerous Gases, Military applications) to call a couple of. The important facet of those observation and chase applications area unit security and sensing element location. The Wireless sensing element Networks may be thought to be associate degree freelance theme for accomplishing data-intensive chores like atmosphere (habitat) perceptive, data congregation, earthquake perceptive, parcel intelligence operation, etc. and any communication to the appliance. Wormhole attack could be a severe threat to the safety of the network. Because it could be a passive attack, it's terribly difficult to notice Wormhole attack. The most stress of this analysis work is to mitigate the wormhole attack. During this paper, we have a tendency to address the wormhole attack by proposing a trust-based wormhole attack mitigation technique. Our projected system is easy with no further hardware demand and no tight clock synchronization.
机译:传感元素网络区域单元由于诸如明智城市(交通拥堵,明智停车,明智照明),敏感环境(森林炉膛检测,空气污染)的安全性和紧急情况(辐射水平,爆炸性气体和危险气体)的应用而引起了广泛关注,军事应用)打电话给几个。这些观察和追逐应用程序的重要方面是单元安全性和传感元件位置。无线传感元件网络可以被认为是副学位自由职业者主题,用于完成数据密集型杂务,例如大气(居住环境)感知,数据聚集,地震感知,包裹智能操作等,以及与设备的任何通信。虫洞攻击可能会严重威胁网络的安全。由于它可能是被动攻击,因此很难注意到蠕虫攻击。这项分析工作的最大压力是减​​轻虫洞攻击。在本文中,我们倾向于通过提出基于信任的蠕虫攻击缓解技术来解决蠕虫攻击。我们的投影系统很容易,没有其他硬件需求,也没有严格的时钟同步。

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