多层公共交通网络分析

Tanuja Shanmukhappa, I. W. Ho, C. Tse, Xingtang Wu, Hai-rong Dong
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引用次数: 10

摘要

本文提出了一种基于超节点图结构表示法的伦敦城市公共交通网络结构建模方法。超级节点是一组地理上紧密相关的节点。利用超节点图结构,将公交网络结构和城域网络结构分别作为独立的单层和多层网络结构进行分析。提出了一种空间合并的方法来整合两个传输层。通过在单层和多层分析中为每个节点分配节点权重来确定网络中最具影响力的节点集。将这些有影响的节点划分为排放区、吸收区或中性区,可以更好地表征它们的行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-layer Public Transport Network Analysis
In this paper, we propose a novel method called supernode graph structure representation to model the public transport network structure of the London city. Supernode is a set of geographically closely associated nodes. Using the supernode graph structure, the bus transport and the metro transport network structures are analyzed by treating them as independent mono-layer or multi-layer network structures. A method of spatial amalgamation is proposed to integrate the two transport layers. A set of most influential nodes in the network is identified by assigning node weight to each node with respect to both mono-layer and multi-layer analysis. The behavior of these influential nodes is better characterized by categorizing them as either emitter, absorber or neutral zones.
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