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Simulation and Modeling for Traffic Collaborative Control Applying the S – Paramics

机译:S - Paramics应用交通协同控制的仿真与建模

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For positive effect traffic control means imposed on road traffic, collaborative optimization model were established, based on signal timing that can reflect the dynamic relationship between the intersection delay and intersection signal cycle, signal timing each lane including bus lanes, flow change and other parameters, Applying S-Paramics, the model were applied to a typical intersection in Dong Cheng district of Beijing, and regarded average speed and travel time as output. The simulation shows that compared with the single traffic control means, the model can decrease travel time and increase average speed.
机译:对于对道路交通中施加的积极效果交通管制装置,建立了协作优化模型,基于信号时序,可以反映交叉口延迟和交叉口信号周期之间的动态关系,信号时机,包括总线车道,流量变化和其他参数,应用S-PARALICS,该模型应用于北京东城区的典型交叉点,并将平均速度和旅行时间视为产出。模拟显示,与单个流量控制装置相比,模型可以减少行驶时间并增加平均速度。

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