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Algorithm to Determine the Tailing vehicle in AV and Non-AV vehicles

机译:确定AV和非AV车辆中拖尾车辆的算法

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摘要

One of the potential Safety issues as a driver is knowing someone tailing the vehicle, following the vehicle and potentially rob or carjack or do a home theft based on your known schedule. The potential of being followed increases drastically with the rise in semi and Full Autonomous vehicles where the drivers are not required to understand and know the surroundings as often as they do with the non-AV vehicles. There is a need for the Drivers to always be aware of the surroundings of the vehicle. The Camera's/Radars/Sensors/Lidars help in capturing different data sets of the surrounding vehicles. The data can be utilized to determine if someone is tailing the host vehicle. Host vehicle will be capturing images of all the vehicles in its surrounding. Host vehicle to have an embedded system with a set of Algorithms that takes the images of all the vehicles in surroundings for processing. The Camera modules of the vehicle will be posting the image feeds to this embeded system. Host vehicle determines a rouge vehicle using the driving patterns of the vehicle and compare with the vehicle dynamics of host vehicle. The algorithm uses the traffic patterns and road availability conditions like Rouge vehicle taking the exact same turns as the Host vehicle irrespective of a need to do so. Host vehicle will send the image of the suspected rouge vehicle to cloud. Host vehicle continues to monitor for the suspected rouge vehicle after flagging it in its memory. If the rouge vehicle is found in the vicinity of the Host vehicle for 3 consecutive trips a yellow alert will be sent to Host Driver.
机译:作为驾驶员的潜在安全问题之一是在车辆和潜在的抢劫或卡车之后知道拖尾的某人,或者根据您的已知计划进行家庭盗窃。随着SEMI和全自动车辆的兴起,驾驶员不需要尽可能多地了解,随之而来的潜力随之而来,司机无需了解这些环境。需要司机始终了解车辆的周围环境。相机/雷达/传感器/ LIDARS帮助捕获周围车辆的不同数据集。可以利用数据来确定有人是否正在拖尾主车辆。主机将在其周围的所有车辆中捕获图像。主车辆拥有一个嵌入式系统,具有一组算法,它在周围环境中拍摄所有车辆的图像以进行处理。车辆的相机模块将发布到该嵌入系统的图像源。主车辆使用车辆的驱动图案来确定胭脂车辆,并与主车辆的车辆动态进行比较。该算法使用交通模式和道路可用性,如胭脂车辆,与主机的胭脂车辆完全相同,而不管需要这样做。主机将将疑似胭脂车辆的图像发送到云。在其内存中将其标记后,主机继续监测疑似胭脂车辆。如果在主车辆附近找到胭脂车辆3连续三次TRIPS将发送黄色警报到主机驱动程序。

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    《Research Disclosure》 |2021年第683期|910-910|共1页
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