综合城市交通管制,减少出行延误和排放

Shu Lin, B. Schutter, Y. Xi, H. Hellendoorn
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引用次数: 66

摘要

提出了一种综合宏观交通模型,将宏观的城市交通流模型与微观的单个车辆交通排放模型相结合。作为一个宏观模型,集成模型的速度足以满足在线控制的需要。然而,由于微观交通排放模型的准确性,与宏观交通排放模型相比,该模型仍然可以捕获不同状态下车辆的交通排放。模型预测控制是基于综合交通模型对城市交通区域进行控制,以减少出行延误和交通排放为目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated urban traffic control for the reduction of travel delays and emissions
An integrated macroscopic traffic model is proposed, which integrates a macroscopic urban traffic flow model with a microscopic traffic emission model for individual vehicles. As a macroscopic model, the integrated model is fast enough for on-line control purposes. Nevertheless, the model can still capture the traffic emissions for vehicles in different states compared with using a macroscopic traffic emission model, because of the accuracy of the microscopic traffic emission model. Model Predictive Control is applied to control urban traffic areas based on the integrated traffic model, aiming at reducing both travel delays and traffic emissions.
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