使用VANET系统在路口设置报警系统以避免意外

G. Samara, Mohammad Hussein, Khaled E. Al-Qawasmi
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引用次数: 3

摘要

VANET有许多应用,将在未来用于改善道路安全和开发智能交通系统。这将使当局能够全面监测街道、街道路口、车辆、车辆拥挤和白天和晚上发生的事故,从而影响总体交通状况。本文开发了一种新的方法运行报警系统的车辆,报警系统在街道路口(ASSJ)。根据该方法,当达到阈值时,将发出警报以警告驾驶员。系统根据车辆的位置计算出车速或车辆之间的距离后,如果经过一定时间(经过调校后确定),预测可能发生碰撞事故,则会在车内发出报警信息声/光,提醒驾驶员。如果实施这种ASSJ方法,它将提高运输系统的整体安全性。该方法的关键特点之一是,它主要不依赖于骨干网络,而是依赖于车辆之间(V2V)以及车辆与基础设施RSU之间的交换通信,每辆车都有其车载单元OBU,其中包括处理器、存储器和传感器
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Alarm System at Street Junctions (ASSJ) to Avoid Accidents Using VANET System
There are numerous applications for VANET that will be used in the future to improve road safety and develop intelligent transportation systems. It will give authorities complete visibility to monitor the street, street junctions, vehicles, and rush of vehicles and accidents that occur during the day/night hours, affecting traffic status in general. This paper develops a new methodology for running an alarm system in a vehicle, Alarm System at Street Junctions (ASSJ). According to the method, an alarm will sound to warn the drivers if the threshold is reached. After calculating the vehicle's speed or the distance between vehicles based on their locations, if the system predicts that a crash accident is likely to occur after a certain time – determined after tuning –, an alarm message sound/light will be generated in the vehicle to alert the driver. If this ASSJ methodology is implemented, it will improve the overall safety of transportation systems. One of the key characteristics of this methodology is that it is not primarily reliant on the backbone network but rather on exchanged communications between vehicles (V2V) and between vehicles and the infrastructure RSU, with each vehicle having its onboard unit OBU with processors, memory, and sensors
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