Clustering Methods for Identification of Attacks in IoT Based Traffic Signal System

Yunpeng Zhang, Chethana Dukkipati, Liang-Chieh Cheng
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引用次数: 1

Abstract

The traffic signal system plays an important role in smooth ongoing of traffic. The working of signal system will be based on the amount of traffic coming towards or passing across the junction. There must be some sort of communication needed to let the signal system know about the number of vehicles driving towards the signal point. Whenever there is a communication especially wireless, the chances of an attacker in the middle of communication can be more. To avoid attacks of the kind like same signal lasting for more time or same signal on right and left turns at the same time which might leads to vehicle crashes are to be detected and rectified for better working of the road systems. In this paper, we focus on detecting those attacks using different machine learning concepts and analyzed the results for better understanding of algorithms and their role in detecting attacks. We are applying the models on a real-time dataset and results are analyzed. Finally, the paper results out the best clustering algorithm to detect the attacks in traffic signal system data and models are compared under 4 different parameters.
基于物联网的交通信号系统攻击识别聚类方法
交通信号系统对交通的顺利进行起着重要的作用。信号系统的工作将根据进出路口的车流量而定。必须有某种通信方式让信号系统知道驶向信号点的车辆数量。只要有通信,特别是无线通信,攻击者在通信中间的机会就会更多。为了避免同一信号持续较长时间或同一信号同时左右转弯等可能导致车辆碰撞的攻击,我们需要检测和纠正这些攻击,以使道路系统更好地工作。在本文中,我们专注于使用不同的机器学习概念检测这些攻击,并分析结果以更好地理解算法及其在检测攻击中的作用。我们将模型应用于实时数据集,并对结果进行了分析。最后,本文给出了检测交通信号系统数据中攻击的最佳聚类算法,并在4种不同参数下对模型进行了比较。
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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