Smart Traffic System: the Shortest Path to Reach the Location of Traffic Accidents

Tati Erlina, Syafdia Okta, Ratna Aisuwarya
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引用次数: 1

Abstract

Traffic accidents can affect sufferers in several ways, from light physical wounds to mortality. Even, in some areas, an accident could also cause significant material goods cost. Instantaneous rescue is critical because the harshness of those undesirable properties extremely be determined by how fast police or officer of other related institutions know, react and reach the location of the accident. In this study, a system is built to detect, find location and identify the shortest path to reach the location of an accident. There are three main parts of the system, including an accelerometer, GPS receiver and a GPRS module which are connected to a microcontroller, a program in a web srver implementing K-Nearest Neighbor to search for the shortest path from a police station to the location of accidents, and a program installed in the police stations to show the shortest path in a form of a map. By implementing this system, response time to a traffic accident is potentially reduced and the fatality of injuries is decreased.
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智能交通系统:到达交通事故发生地点的最短路径
交通事故会以多种方式影响受害者,从轻微的身体伤害到死亡。甚至,在某些地区,一次事故也可能造成重大的物资损失。即时救援是至关重要的,因为这些不良性质的严重程度在很大程度上取决于其他相关机构的警察或官员了解、反应和到达事故地点的速度。在本研究中,建立了一个系统来检测,寻找位置并确定到达事故地点的最短路径。该系统主要由三个部分组成:加速度计、GPS接收器和连接到微控制器的GPRS模块;在web服务器上实现k近邻搜索从警察局到事故地点的最短路径的程序;以及安装在警察局的以地图形式显示最短路径的程序。通过实施该系统,对交通事故的响应时间可能会缩短,伤害的死亡率也会降低。
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