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A Mixed Integer Linear Program for the Single Destination System Optimum Dynamic Traffic Assignment Problem with Physical Queue

机译:具有物理队列的单目标系统最优动态交通分配问题的混合整数线性规划

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摘要

In order to solve the system optimum dynamic traffic assignment problem, the whole link model with physical queue is used to formulate the single destination system optimum dynamic traffic assignment problem as a mixed linear program. A relationship between the cumulative curves and the wave speed presented by Newell (1993) is used to present a dynamic network model in considering spillback queue. And nonlinear constrains are relaxed into mixed linear constrains; the linear program software is used to solve the system optimum dynamic traffic assignment problem. A numerical example illustrates the simplicity and applicability of the proposed approach.KEYWORDS: Dynamic System Optimum Traffic Assignment; physical queue; mixed integer linear programming
机译:为了解决系统最优的动态交通分配问题,采用带有物理队列的整个链路模型将单目的地系统的最优动态交通分配问题表述为混合线性规划。 Newell(1993)提出的累积曲线和波速之间的关系被用来提出考虑溢流排队的动态网络模型。非线性约束被放宽为混合线性约束。线性程序软件用于解决系统最优动态交通分配问题。数值算例说明了该方法的简单性和适用性。物理队列混合整数线性规划

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