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The Intelligent Control System of Traffic Light Based on Fog Computing

机译:基于雾计算的交通信号灯智能控制系统

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摘要

The continuous increase of city motors with the improvement of society has introduced extraordinary demanding situations for the traffic situation of the town. Intelligent traffic has proposed a diversity of solutions to relieve urban traffic accidents and congestion and other troubles. It cannot regulate the cycle of traffic light in real time in keeping with the occurring traffic flux which additionally, may produce the traffic jam to result in the increase for the range of automobiles and the longer of passage time. In purpose to surmount the shortcomings of traditional traffic light control, this paper is presenting a form of intelligent control system for traffic light founding on fog computing. It calculates and shares the traffic flux situation at the intersection and the surrounding intersection through fog computing platform. Regarding the traffic flow at the intersection and the traffic flow at the surrounding intersection as the parameters, the intelligent control algorithm of traffic light is designed for achieving mutual coordination and mutual influence between different intersections, so that the traffic efficiency of each intersection is improved and the traffic flow of the entire transport network is alleviated. The simulation results showed this intelligent control system progress the traffic efficiency of every intersection and relieve the traffic flow of the whole transport network.
机译:随着社会的进步,城市机动车的不断增加,对城镇的交通状况提出了非同寻常的要求。智能交通已经提出了多种解决方案,以减轻城市交通事故和交通拥堵及其他麻烦。它不能与发生的交通流量实时地调节交通信号灯的周期,此外,它可能会产生交通拥堵,从而导致汽车行驶距离的增加和通过时间的延长。为了克服传统交通信号灯控制的缺点,本文提出了一种基于雾计算的交通信号灯智能控制系统。它通过雾计算平台计算并共享路口和周围路口的交通流量状况。以十字路口的交通流量和周围十字路口的交通流量为参数,设计交通信号灯智能控制算法,实现不同十字路口之间的相互协调和相互影响,提高了各个十字路口的交通效率,整个运输网络的交通流量得到缓解。仿真结果表明,该智能控制系统提高了每个路口的交通效率,缓解了整个交通网络的交通流量。

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