A Defense System: Jamming Detection and Mitigation for Safety Applications in Vehicular Networks

H. Minh, Tran Hoang Tung, H. Nam, P. T. Giang
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Abstract

The periodically exchanged basic safety messages (BSM) in vehicular networks have become a new attack target for jamming attacks that are easy to conduct in a vehicular environment. The detection and mitigation must be cordially integrated to provide acceptable communication latency under attacking conditions. This paper considers a comprehensive defense system detecting and mitigating jamming attacks. We analyze the impact of the jamming attack on BSMs on our initially proposed random channel surfing scheme coupling with a detection method. The detection method can hardly provide 100% accuracy, and this consequently delays the reaction. We study the defense system by a mathematical model which is validated by simulations in NS-3. The obtained results depict how the performance of the channel surfing scheme depends on its preinstalled detection method
一种防御系统:车辆网络中安全应用的干扰检测和缓解
车用网络中周期性交换的基本安全报文(BSM)作为一种易于在车载环境下进行的干扰攻击,成为新的攻击目标。检测和缓解必须紧密结合,以在攻击条件下提供可接受的通信延迟。本文研究了一种检测和减轻干扰攻击的综合防御系统。我们结合一种检测方法分析了干扰攻击对初始随机信道冲浪方案的影响。这种检测方法很难提供100%的准确性,因此会延迟反应。利用数学模型对该防御系统进行了研究,并在NS-3中进行了仿真验证。所得结果描述了信道冲浪方案的性能如何取决于其预装的检测方法
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