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Signal Control Effects on Vehicular Traffic Emissions Through a Sequence of Traffic Lights

机译:通过一系列红绿灯对车辆交通排放的信号控制效应

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A study of signal control effects on vehicle's emissions through a sequence of traffic lights was conducted. To describe the states of traffic lights, a signal state function was proposed. Meanwhile, a modified car-following model was developed and applied to show the traffic behaviors at signalized intersections on a roadway. The moving behavior of vehicle was discussed in three modes: free running mode, car-following mode and stopping mode. To compute traffic real emissions, Vehicle Specific Power (VSP) model was applied based on the vehicle's behavior. Numerical simulations were carried out to examine the effect of three signal control parameters (cycle, split and offset time). The results show that vehicle's emissions depend highly on the signal's characteristics. The traffic states are also exhibited for various values of signal control parameters. In general, the signal control parameters play an important role on vehicle's emissions.
机译:进行了通过一系列交通灯对车辆排放的信号控制效应研究。为了描述交通信号灯的状态,提出了一种信号状态功能。同时,开发并应用了修改的汽车之后模型,以显示道路上的信号交叉口的交通行为。以三种模式讨论了车辆的移动行为:自由运行模式,汽车跟踪模式和停止模式。为了计算交通实际排放,基于车辆的行为应用车辆特定功率(VSP)模型。进行数值模拟以检查三个信号控制参数(周期,分割和偏移时间)的效果。结果表明,车辆的排放高度依赖于信号的特征。还展示了交通状态用于各种信号控制参数值。通常,信号控制参数对车辆排放起着重要作用。

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