Smartly, reduce the latency of high-priority vehicles using loT technology

Mahdi Talebi, M. Sabaei
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引用次数: 1

Abstract

In this article, an attempt has been made to use IoT technology to provide a solution to facilitate the transportation of emergency vehicles in the city. Prioritizing emergency vehicles in transportation systems has always been one of the needs of human societies today, and this need has been partially met with the help of some tools. Due to the increasing traffic in metropolitan areas, the need for a precise system to determine these priorities is felt more than ever. To this end, efforts have been made to increase the accuracy of decisions by increasing the available sources of information. Prioritization for emergency vehicles is possible in various ways, and in the meantime, prioritization of them at intersections has been considered. In this way, emergency vehicles will experience the least amount of delay when crossing intersections. Therefore, the system continuously and intermittently collects information about the emergency vehicle and its route. Based on this information, the system selects the best possible route for the emergency vehicle and then estimates the time it takes for the vehicle to reach the first traffic light along the route, determining the duration of each of those traffic lights.
巧妙地,使用loT技术减少高优先级车辆的延迟
本文尝试利用物联网技术为城市应急车辆的运输提供解决方案。在运输系统中优先考虑应急车辆一直是当今人类社会的需求之一,这种需求在一些工具的帮助下得到了部分满足。由于大都市地区的交通日益增加,人们比以往任何时候都更需要一个精确的系统来确定这些优先事项。为此目的,已作出努力,通过增加现有的资料来源来提高决定的准确性。对应急车辆进行优先排序的方法多种多样,同时考虑了应急车辆在十字路口的优先排序问题。这样,紧急车辆在通过十字路口时将经历最少的延误。因此,系统可以连续、间歇地收集应急车辆及其路径信息。基于这些信息,系统为应急车辆选择可能的最佳路线,然后估计车辆到达沿途第一个交通灯所需的时间,确定每个交通灯的持续时间。
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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