Research on Reversible Lane Optimization Based on hierarchical Programming Model

Qianqian Wu, Danjing Li
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Abstract

The setting of variable lane is a very complex hybrid system, and few of them can consider it from the perspective of the whole urban network. In this paper, from the city of morning and evening rush hour traffic distribution is not balanced, and consider the reduction of the capacity of multiple lanes, through BPR function as basic function, a kind of hierarchical programming model is established. Using independent establishment of testing road network simulation of the traffic network, through the data before and after the simulation of variable lane setting system, comparing the total travel time variable lane after setting the system total travel time. it is verified that the effectiveness of the hierarchical programming model is also verified.
基于层次规划模型的可逆车道优化研究
可变车道的设置是一个非常复杂的混合系统,很少有人能从整个城市网络的角度来考虑。本文从城市早晚高峰时段交通分布不均衡的问题出发,考虑到多车道通行能力的减少,通过BPR函数作为基本函数,建立了一种分层规划模型。采用自主建立的试验路网模拟交通网络,通过模拟变车道设置系统前后的数据,比较变车道设置系统后的总行程时间。验证了层次规划模型的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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