Implementation of Change Point Detection Algorithm in the Analysis of Security Attacks in Smart Cars

S. Okul, M. Aydin, Fatih Keles
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Abstract

In this study, the results of applying the Change Point Detection algorithm in the analysis of security attacks on intelligent vehicles are examined. Two data sets were synthetically created to simulate security attacks. In these data sets, the results of the 4 elements belonging to the intermediary are examined in a certain period. These factors can be listed as the speed value, the speed of the motor per minute, the rate of gas pedal depression, and the amount of fuel. The values of these elements in a certain period are evaluated in the CPD algorithm and it is investigated whether or not the vehicle is under attack. As a result, the attack detection rate was found to increase as the CPD algorithm moved to high attack rate data sets.
变化点检测算法在智能汽车安全攻击分析中的实现
在本研究中,将变化点检测算法应用于智能汽车安全攻击分析的结果进行了检验。合成了两个数据集来模拟安全攻击。在这些数据集中,在一定时期内检验属于中介的4个元素的结果。这些因素可以列示为转速值、电机每分钟的转速、油门踏板踩下的速率、燃油量等。在CPD算法中计算这些元素在一定时期内的值,并研究车辆是否受到攻击。结果发现,当CPD算法移动到高攻击率数据集时,攻击检测率会增加。
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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