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The Gradation Relationship Model and Application of Urban Multimodal Transit Networks

机译:城市多式联运网络的渐变关系模型与应用

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Aiming at the situation that the rational allocation of multimodal transit networks planning is ambiguous in China, firstly, the characteristics of residents' transit trip distance are analyzed, and the distance distribution model of residents' transit trip is built with double parameters Weibull distribution; secondly, preponderant trip distance of each transit network is presented based on the generalized travel cost; finally, the gradation model of urban multimodal transit networks is proposed based on the balanced analysis of supply and demand. Moreover, taking transit networks of Harbin as an example, a reasonable scale and gradation relationship of each transit network of Harbin in 2020 is calculated; the results are matched with the expected demand in 2020, which demonstrates that the model is reasonable and feasible. This paper provides a new approach for determining the reasonable gradation relationship of multimodal transit networks.
机译:针对多式联运网络规划的理性配置在中国的理性配置,首先,分析了居民运输跳闸距离的特点,居民运输途径的距离分布模型采用双重参数Weibull分布来构建;其次,基于广义旅行成本提出了每个传输网络的优势跳闸距离;最后,基于供需分析,提出了城市多式联运网络的渐变模型。此外,根据哈尔滨的过境网络作为示例,计算了2020年哈尔滨的每个传输网络的合理规模和渐变关系;结果与2020年的预期需求相匹配,这表明该模型是合理和可行的。本文提供了一种确定多式联运网络合理渐变关系的新方法。

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