不同接驳模式下地铁站集水区的决策方法

Zhaohua Wang, Xin Zhu, Yanping Du, S. Dou
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引用次数: 0

摘要

:地铁站与地铁站周边集水区之间存在互动关系,地铁站周边土地的集水区与接驳方式密切相关。目前,地铁乘客主要通过步行、骑自行车和公交车到达地铁站,而三种接驳方式的集水区是不同的。为了明确地铁站的集水区,有必要对地铁站三种接驳方式的集水区进行研究。本研究从每种接驳方式的广义接驳成本入手,构建广义接驳成本模型,特别是考虑到乘客随着接驳距离的增加而产生的心理变化。在此基础上,利用 Logit-SUE 模型构建了不同类型、不同区域地铁站内不同接驳方式优越接驳距离的概率密度曲线。以北京地铁 4 号线为研究案例,通过分析 4 号线各站点的概率密度曲线,计算出各地铁站不同接驳方式的优势接驳范围,并将优势接驳范围作为各类接驳方式的覆盖区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Decision Method for the Catchment Area of Subway Station Under the Difference of Connection Modes
: There is an interaction between subway station and the catchment area around the station, the catchment area of subway station on surrounding land is closely related to the connection modes. At present, subway passengers mainly reach subway stations by walking, cycling and bus, and the catchment area of the three connection modes is different. In order to clarify the catchment area of subway stations, it is necessary to study the catchment area of the three connection modes of subway stations. This study starts with a generalized connection cost for each connection mode, constructing the generalized connection cost models, especially considering the psychological changes of passengers with the increase of connecting distance. On this basis, we use Logit-SUE model to construct the probability density curve of the superior connection distance of different connection modes in different types and different area subway stations. Taking Beijing Metro Line 4 as the research case, through analyzing the probability density curve of each station of Line 4 we calculate the advantageous connection range of each subway station with different connection modes, and take the advantageous connection range as the catchment area for each type of connection mode.
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