流捕获位置分配模型在首尔城市公交网络上车点选择中的应用

Jong Soo Park
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引用次数: 0

摘要

在首都圈的公交网络中,乘坐公交车的乘客可能需要在方便的车站领取通过电子商务购买的包裹,然后回家或上班。流量捕获位置-分配模型可以应用于为这些公交站点选择上车点,使它们最大化捕获的客流,其中每个客流代表一次乘客旅程的始发-目的地(O-D)对。在本文中,我们提出了一种快速启发式算法,该算法使用从500万交通卡交易中提取的大型O-D矩阵来选择取货点。实验结果从客流和捕获率两方面论证了公交车站作为上车点的选择,并在地图上说明了前20个上车点的空间分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of the Flow-Capturing Location-Allocation Model to the Seoul Metropolitan Bus Network for Selecting Pickup Points
In the Seoul metropolitan bus network, it may be necessary for a bus passenger to pick up a parcel, which has been purchased through e-commerce, at his or her convenient bus stop on the way to home or office. The flow-capturing location-allocation model can be applied to select pickup points for such bus stops so that they maximize the captured passenger flows, where each passenger flow represents an origin-destination (O-D) pair of a passenger trip. In this paper, we propose a fast heuristic algorithm to select pickup points using a large O-D matrix, which has been extracted from five million transportation card transactions. The experimental results demonstrate the bus stops chosen as pickup points in terms of passenger flow and capture ratio, and illustrate the spatial distribution of the top 20 pickup points on a map.
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