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引用次数: 1
摘要
无线网络日益扩大,因为每个人都想要无线连接。如果我们谈论移动自组网(manet),由于缺乏中心协同协调器,这是一个脆弱的无线网络。任何恶意节点都可能严重威胁到网络的安全。黑洞攻击是指恶意节点通过广播到达目的节点的最短路由来吸引源节点的报文,并将报文丢弃而不发送到目的节点的一种安全威胁。本文的主要目的是利用响应路由协议AODV (Ad-Hoc on Demand Distance Vector)来研究黑洞攻击在MANET中的影响。对15、25和50节点的MANET进行了仿真,比较了低、中、高流量强度下受黑洞影响的MANET与正常网络的PDR和吞吐量等性能参数。仿真在NS-2中完成。
Performance analysis of MANET in the presence of malicious nodes
Wireless networks are expanding day by day, as everyone wants wireless connections. If we talk about Mobile Ad-hoc Network (MANETs), this is one of the vulnerable wireless networks due to lack of central co-coordinator. Any malicious nodes can threat the security of MANETs very efficiently. Black-Hole attack is one of the security threat in which the malicious node attract packets from source node by broadcasting the shortest route to destination and drop packets without delivering to the destination node. The main aim of this paper is to study the effect of Black-Hole attack in MANET using Ad-Hoc on Demand Distance Vector (AODV) which is a Reactive routing protocol. The simulation of MANETs with 15, 25, and 50 nodes is done and comparison of performance parameters such as PDR and throughput of Black-hole affected MANET and the normal network is taken into account for low, medium and high traffic intensities. Simulation is done in NS-2.