Modeling and evaluation of adaptive bus-preemption control with and without AVL systems

G. Chang, M. Vasudevan, Chih-Chiang Su
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引用次数: 2

Abstract

To explore the advantage of integrating bus-preemption with adaptive signal control, this study has produced two integrated models for adaptive bus-preemption control in the absence and presence of automatic vehicle location (AVL) systems. Instead of using prespecified strategies (such as phase extension, phase early start and/or special bus phase) the proposed models make a preemption decision based on a performance index which includes vehicle delay, bus schedule delay, and passenger delay. This study also contains an extensive simulation evaluation with respect to the integration of adaptive control with bus-preemption. Under both with and without AVL environments, both developed models yield quite promising results.
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有和无AVL系统的自适应总线抢占控制建模与评价
为了探索总线抢占与自适应信号控制相结合的优势,本研究建立了两种集成模型,分别用于车辆自动定位系统(AVL)和无自动定位系统(AVL)情况下的自适应总线抢占控制。该模型不使用预先指定的策略(如阶段延长、阶段提前启动和/或特殊公交阶段),而是基于包括车辆延误、公交计划延误和乘客延误在内的性能指标进行抢占决策。本研究还包含了一个广泛的仿真评估,关于自适应控制与总线抢占的集成。在有和没有AVL环境下,两种开发的模型都产生了相当有希望的结果。
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