A novel defense scheme against DDOS attack in VANET

Ayonija Pathre, Chetan Agrawal, Anurag Jain
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引用次数: 36

Abstract

Vehicular ad hoc network (VANET) has extensively used to enhance protection of the passengers and reduce occasion of traffic congestion. Consistent communication in vehicular ad-hoc networks is important to provide functional and reliable traffic safety and efficiency applications. Security is the major issue in the network due to the mobile nature of the vehicle. In this paper we proposed the novel traffic congestion detection and removal scheme against DDOS attack Here the attacker behavior is broadcast the huge numbers of false information packets in network i.e. the false information about the traffic. The number of nodes or vehicles that receives the false packet information are affected from attack are called Node. Now if the traffic is jammed or congestion occurring and their information goes to Roadside Unit (RSU) then RSU must be detected and excluded permanently from the network after applying proposed effective approach. Proposed scheme against DDOS attack aims to identify and exclude attackers from the network. In the presence of misbehaving in network the false information is transferred in the network by that the vehicles are deciding to do the routing according to false information. Proposed security scheme recovers control information and improves the performance of VANET in the presence of an attacker.
一种针对VANET网络DDOS攻击的新型防御方案
车辆自组织网络(VANET)在加强对乘客的保护和减少交通挤塞方面得到了广泛的应用。在车载自组织网络中,一致的通信对于提供功能可靠的交通安全和效率应用至关重要。由于车辆的移动性,安全是网络中的主要问题。本文提出了一种新的针对DDOS攻击的流量拥塞检测与去除方案,攻击者的行为是在网络中传播大量的虚假信息包,即流量的虚假信息。接收到虚假报文信息受到攻击影响的节点或车辆称为节点数。现在,当交通堵塞或拥塞发生时,其信息将被发送到路边单元(RSU),那么在应用本文提出的有效方法后,必须对RSU进行检测并将其永久地排除在网络之外。本文提出的抗DDOS攻击方案旨在识别和排除网络中的攻击者。当网络中存在不正当行为时,车辆根据不正当行为决定路由,从而在网络中传递虚假信息。提出的安全方案能够在攻击者存在的情况下恢复控制信息,提高VANET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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