A node authentication clustering based security for ADHOC network

Rajamanickam Murugesan, M. Saravanan, Mariappan Vijyaraj
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引用次数: 5

Abstract

The exodus to Wireless networks from wired network is a growing field in the past few decades. Various wireless applications are made up of mobility and scalability based nodes. Among all the wireless networks Mobile Ad-Hoc network is one of the most significant and distinctive applications today. All the nodes are self employed, not fixed on a fixed network infrastructure, and it can act as sender as well as receiver, and directly communicate to the other nodes in the network within the communication range of the network. Also the nodes in the Wireless network can act as relay nodes to their neighbors to relay messages. Since the nodes in the Wireless Network having the ability to self-configuring by them, they are deployed in critical mission based applications like military usage or any kind of emergency recovery. Since the open medium and wide distribution of nodes make the network vulnerable to malicious attackers. In such situations, it is necessary to deploy an effective IDS mechanism to prevent or protect the Network from attacks. In the existing system EAACK - [Enhanced Adaptive Acknowledgement] is proposed as an IDS and it especially designed for MANET. In this paper a combined IP-trace back with E2AACK - [End-to-End Adaptive Acknowledgment] mechanism is proposed to detect and prevent the malicious nodes in the network. The malicious node activity can be detected by IP-trace back and prevented by getting acknowledgement from both end nodes. The simulation result shows that the E2AACK approach provides higher detection rate and prevention which greatly affect the network performance in terms of throughput and delay.
基于节点认证集群的ADHOC网络安全
在过去的几十年里,从有线网络向无线网络的迁移是一个不断发展的领域。各种无线应用都是由基于移动性和可扩展性的节点组成的。在所有的无线网络中,移动自组织网络是当今最重要和最独特的应用之一。所有的节点都是自雇的,不固定在固定的网络基础设施上,它既可以作为发送方,也可以作为接收方,在网络的通信范围内直接与网络中的其他节点通信。无线网络中的节点也可以作为中继节点向其邻居传递消息。由于无线网络中的节点具有自我配置的能力,因此它们被部署在基于关键任务的应用程序中,如军事用途或任何类型的紧急恢复。由于网络介质的开放和节点的广泛分布,使得网络容易受到恶意攻击者的攻击。在这种情况下,有必要部署有效的IDS机制来防止或保护网络免受攻击。在现有系统中,EAACK (Enhanced Adaptive Acknowledgement)作为一种IDS被提出,它是专门为MANET设计的。本文提出了一种结合E2AACK(端到端自适应确认)机制的ip溯源机制来检测和防范网络中的恶意节点。恶意节点活动可以通过ip跟踪来检测,并通过获得两端节点的确认来阻止。仿真结果表明,E2AACK方法提供了更高的检测率和预防能力,极大地影响了网络在吞吐量和延迟方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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