Adaptive Energy aware reputation based leader election for IDS in MANET

Santoshkumar Sabat, Sujata V. Kadam
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引用次数: 5

Abstract

we have proposed an Energy efficient leader election in MANET for Intrusion detection service (IDS). As MANET don't have any centralized controller, the leader election in each cluster becomes very important. The purpose of the elected leader is to serve the IDS for the entire cluster. Our leader election is based on Reputation value and energy level of each node. We have simulated in NS2 environment and shown the comparison of energy consumption or Residual energy of nodes having fixed transmission range with the proposed adaptive energy scheme. Adaptive energy scheme adjusts the range of transmission of each node based on the maximum distance between nodes in each cluster. Energy of each node is conserved as compared to node having fixed transmission range. Thus the leader can serve the cluster for longer duration of life, increasing the percentage of alive nodes, conserving energy of node.
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基于自适应能量感知声誉的MANET IDS领导人选举
针对入侵检测服务(IDS),提出了一种高效节能的MANET领导者选举方法。由于MANET没有任何集中控制器,因此每个集群的leader选举变得非常重要。选出的leader的目的是为整个集群的IDS提供服务。我们的领导人选举是基于信誉值和每个节点的能量水平。我们在NS2环境下进行了仿真,并展示了固定传输范围节点的能耗或剩余能量与所提出的自适应能量方案的比较。自适应能量方案根据每个集群中节点之间的最大距离来调整每个节点的传输范围。与固定传输距离的节点相比,每个节点的能量是守恒的。因此leader可以为集群服务更长的生命周期,增加存活节点的百分比,节约节点的能量。
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