A Trust based Security Framework for Pure AODV Network

I. Raza, S.A. Hussain
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引用次数: 11

Abstract

This paper presents a trust based security framework to identify malicious nodes in ad hoc on-demand distance vector (AODV) protocol. In this framework each node calculates trust level of its neighboring nodes for route selection. Trust calculation process involves opinions of other nodes about the node whose trust level is to be determined. If a neighboring node has a trust level lower than a predefined threshold value, it is identified as malicious and it is not considered for route selection. The proposed security framework does not use any key distribution process and no changes are made in control packets of AODV. Simulation results show that the proposed framework improves performance of AODV by identifying and removing malicious nodes. Performance of the framework has been evaluated for three different types of malicious attacks (impersonation attack, colluding nodes attack and black hole attack).
基于信任的纯AODV网络安全框架
提出了一种基于信任的AODV协议恶意节点识别安全框架。在该框架中,每个节点计算其相邻节点的信任级别以进行路由选择。信任计算过程涉及到其他节点对待确定信任级别的节点的意见。如果邻居节点的信任级别低于预定义的阈值,则将其视为恶意节点,不进行路由选择。提出的安全框架不使用任何密钥分发过程,也不改变AODV的控制包。仿真结果表明,该框架通过识别和去除恶意节点,提高了AODV的性能。针对三种不同类型的恶意攻击(模拟攻击、串通节点攻击和黑洞攻击),对框架的性能进行了评估。
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