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首页> 外文期刊>American journal of applied sciences >INTRUSION DETECTION IN MOBILE AD HOC NETWORK USING SECURE ROUTING FOR ATTACKER IDENTIFICATION PROTOCOL | Science Publications
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INTRUSION DETECTION IN MOBILE AD HOC NETWORK USING SECURE ROUTING FOR ATTACKER IDENTIFICATION PROTOCOL | Science Publications

机译：攻击者识别协议的安全路由在移动自组织网络中的入侵检测科学出版物

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> In past few decades, the migration of communication takes place from wired networks to wireless networks because of its mobility and scalability and Mobile Ad hoc Network (MANET) is a unique and significant application in recent years which does not necessitates any pre-existing network infrastructure. Each node can act as both transmitters as well as receivers that are communicating with each other when they are in same communication/transmission range. Otherwise, these nodes depend on neighbor nodes to transmit their packets and they possess self-configuring ability which makes MANETs popular in various critical mission applications such as military and other emergency applications. In general, MANETs are open medium network and their nodes are widely distributed which makes the network more vulnerable to various attackers. Some times, the transmitted packets are viewed or modified or corrupted by the attackers through the way to reach destination and the destination could not find such type of packets. So, the receiver can deliver modified packets with wrong information. Thus, it is essential to present an efficient secure routing protocol to preserve MANET from several attacks. In this study, we are going to propose and implement a novel routing protocol named Secure Routing for Attacker Identification (SRAI) protocol that executes at receiver/destination side to discover the modified packets in delivered nodes and generate misbehaviour report to the source. Compared to modern approaches, SRAI protocol establishes higher attacker identification rates in certain considerations.
机译： >在过去的几十年中，由于其移动性和可伸缩性，通信从有线网络迁移到了无线网络，而移动自组织网络（MANET）近年来是一种独特而重要的应用，并且没有需要任何预先存在的网络基础架构。当每个节点在相同的通信/传输范围内时，它们既可以充当彼此通信的发送器又可以充当接收器。否则，这些节点依赖邻居节点来传输其数据包，并且它们具有自配置能力，这使得MANET在各种关键任务应用（例如军事和其他紧急应用）中很受欢迎。通常，MANET是开放媒体网络，其节点分布广泛，这使得该网络更容易受到各种攻击者的攻击。有时，攻击者通过到达目的地的方式查看，修改或破坏了所传输的数据包，而目的地却找不到这种类型的数据包。因此，接收器可能会传递错误信息的修改数据包。因此，必须提供一种有效的安全路由协议来保护MANET免受多种攻击。在这项研究中，我们将提出并实现一种新的路由协议，称为攻击者识别安全路由（SRAI）协议，该协议在接收器/目标端执行，以发现传递的节点中的已修改数据包，并向来源发送不良行为报告。与现代方法相比，SRAI协议出于某些考虑而建立了更高的攻击者识别率。

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