Enhanced Cooperative Tamper Evident Agent Based Anomaly Intrusion Detection in Ad Hoc Networks

P. Sreenivsulu, D. Reddy
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Abstract

In recent years with increasing number of wireless devices Ad Hoc Networks become a vital technology. But these networks are highly vulnerable to attacks due to several reasons such as changing topology, open medium and lack of centralized monitoring. Current intrusion detection systems are based on either rule based or behavior model. The efficiency of such IDS is based on how accurate they identify the attacks. In clustering a cluster head is selected as coordinator for performing transmissions in both inter and intra cluster environment. There are many models for choosing a cluster head in Ad Hoc environment. However if the cluster head itself is a compromised node then the cluster head can launch attacks without being detected since its IDS is already malfunctioned. In this paper we propose an “Enhanced Cooperative Tamper Evident Agent Based Anomaly Intrusion Detection System”, which helps in identifying the attacks more accurately even if cluster head is compromised.
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Ad Hoc网络中基于增强型协同篡改证据代理的异常入侵检测
近年来随着无线设备数量的不断增加,自组织网络成为一项至关重要的技术。但由于拓扑结构多变、介质开放、缺乏集中监控等原因,这些网络极易受到攻击。当前的入侵检测系统要么基于规则,要么基于行为模型。此类IDS的效率取决于它们识别攻击的准确性。在集群中,选择一个簇头作为协调器,在集群间和集群内部环境中执行传输。在Ad Hoc环境中,有许多选择集群头的模型。但是,如果簇头本身是一个受损的节点,那么簇头可以在不被检测到的情况下发起攻击,因为它的IDS已经出现故障。本文提出了一种“基于增强型协同篡改证据代理的异常入侵检测系统”,该系统可以在簇头泄露的情况下更准确地识别攻击。
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