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Simulation of 'time-based' versus 'sensor-based' traffic light system

机译:模拟“基于时间”与“基于传感器”的交通信号灯系统

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摘要

Simulation of time-based and sensor-based traffic light control system at four-way intersection using Arena simulation software was studied. Introduction of sensors in traffic light system has been developed to reduce waiting time of vehicles at intersection. Simulation with Arena is done to observe if the improvement of sensor-based system is significant over the current system (fixed-time) and to evaluate the effects of implementing sensor-based system in busy and normal road condition. Algorithm of traffic light sequence is done first prior to development of simulation. Then, the simulation of traffic light system is developed for both normal and busy traffic condition and the data obtained is analyzed using statistical process control. From the result, average waiting time for sensor-based system was 62.5% less than time-based system for each vehicle in the normal traffic condition, and 15% less for busy traffic condition. This shows significant improvement based on the paired T-test done.
机译:研究了使用Arena仿真软件对四路交叉口基于时间和基于传感器的交通灯控制系统的仿真。已经开发出在交通信号灯系统中引入传感器以减少交叉路口车辆的等待时间。使用Arena进行仿真,以观察基于传感器的系统的改进是否比当前系统(固定时间)显着,并评估在繁忙和正常道路条件下实施基于传感器的系统的效果。在开发仿真之前,先完成交通信号灯序列算法。然后,针对交通状况正常和繁忙的情况开发交通信号灯系统的仿真,并使用统计过程控制对获得的数据进行分析。结果表明,在正常交通状况下,基于传感器的系统的平均等待时间比每辆车的基于时间的系统少62.5%,而对于繁忙交通状况则减少15%。根据完成的配对T检验,这显示出明显的改进。

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