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Efficiency-driven complex transit network model

机译:效率驱动的复杂公交网络模型

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摘要

To design an urban public transport network which has the maximum transport efficiency and optimal robustness, it defined the transport efficiency function of transit network and applied complex network theory to propose complex transit network model driven by transport efficiency. This model took into account the restriction coefficient of road network, passenger congestion, travel demand, station impedance, arc section impedance etc. It was applied to a real case of Meihekou city in Jilin province, China. It analyzed node degree and robustness of the transit network. The results are consistent with the anticipation. So the model got a higher practical value.
机译:为了设计出具有最大运输效率和最优鲁棒性的城市公共交通网络,定义了公交网络的运输效率函数,并应用复杂网络理论,提出了以运输效率为驱动力的复杂公交网络模型。该模型考虑了道路网的约束系数,乘客拥挤,出行需求,车站阻抗,弧段阻抗等。将其应用于中国吉林省梅河口市的实际案例。分析了传输网络的节点度和鲁棒性。结果与预期一致。因此该模型具有较高的实用价值。

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