Impact of security enhancement over Autonomous Mobile Mesh Network (AMMNET)

Rishikesh J. Teke, M. Chaudhari, R. Prasad
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引用次数: 1

Abstract

The Mobile Ad-hoc Networks (MANET) are suffering from network partitioning when there is group mobility and thus cannot efficiently provide connectivity to all nodes in the network. Autonomous Mobile Mesh Network (AMMNET) is a new class of MANET which will overcome the weakness of MANET, especially from network partitioning. However, AMMNET is vulnerable to routing attacks such as Blackhole attack in which malicious node can make itself as intragroup, intergroup or intergroup bridge router and disrupt the network. In AMMNET, To maintain connectivity, network survivability is an important aspect of reliable communication. Maintaning security is a challenge in the self organising nature of the topology. To address this weakness proposed approach measured the performance of the impact of security enhancement on AMMNET with the basis of bait detection scheme. Modified bait approach that will prevent blackhole node entering into the network and helps to maintain the reliability of the network. The proposed scheme uses the idea of Wumpus World concept from Artificial Intelligence. Modified bait scheme will prevent the blackhole attack and secures network.
安全增强对自主移动网状网络(AMMNET)的影响
移动自组织网络(MANET)在具有组移动性的情况下存在网络分区问题,无法有效地为网络中的所有节点提供连接。自治移动网状网络(AMMNET)是一种新型的移动网络,它克服了移动网络的缺点,特别是网络分区的缺点。然而,amnet容易受到路由攻击,如黑洞攻击,恶意节点可以将自己伪装成组内、组间或组间的桥接路由器,从而破坏网络。为了保持连通性,网络的生存性是可靠通信的一个重要方面。在拓扑的自组织特性中,维护安全性是一个挑战。针对这一缺点,本文提出的方法在诱饵检测方案的基础上,测量了安全增强对AMMNET的影响。改进诱饵方法,防止黑洞节点进入网络,保持网络的可靠性。该方案采用了人工智能中的Wumpus World概念。改进诱饵方案,防止黑洞攻击,保障网络安全。
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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