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A distributed energy-efficient clustering scheme for deploying IDS in MANETs

机译:在MANET中部署IDS的分布式节能集群方案

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Cluster-based intrusion detection systems, where cluster heads (CHs) detect misbehavior of their member nodes, have been proposed in mobile ad-hoc networks (MANETs) in order to protect the network and save the energy. However, long-term survival of all nodes is more important so as not to partition the network. The extension of the network lifetime in the cluster-based IDS depends on which nodes are selected as CHs, which consume much more energy than cluster members due to monitoring them and detecting intrusions. In this paper, we propose a Distributed Energy Efficient Cluster Formation (DEECF) scheme, which exploits the expected residual energy of mobile nodes to select CHs and starts the cluster formation from leaf nodes to reduce the number of clusters. The scheme consists of the cluster construction algorithm and the cluster maintenance algorithm, both of which can be performed at each node in a distributed way without any global knowledge. We prove the correctness of the algorithms, and show that the DEECF scheme is more energy efficient than other clustering schemes by extensive simulation.
机译:为了保护网络并节省能源,已经在移动自组织网络(MANET)中提出了基于簇的入侵检测系统,其中簇头(CH)检测其成员节点的不当行为。但是,所有节点的长期生存更为重要,以便不对网络进行分区。基于群集的IDS中网络寿命的延长取决于选择哪个节点作为CH,由于监视节点和检测入侵,这些节点比群集成员消耗更多的能量。在本文中,我们提出了一种分布式节能集群形成(DEECF)方案,该方案利用移动节点的预期剩余能量来选择CH,并从叶节点开始集群形成以减少集群数量。该方案由集群构造算法和集群维护算法组成,两者都可以在每个节点上以分布式方式执行而无需任何全局知识。我们证明了算法的正确性,并通过广泛的仿真证明了DEECF方案比其他聚类方案更节能。

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