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Methodological Framework for the Evaluation of Critical Nodes in Public Transit Systems

机译:公共交通系统中临界节点评估的方法论框架

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Public transport of a region is extremely important for connecting the commuters from their origins to destinations. Public transport systems with large fleets cannot be guaranteed to perform efficiently, unless it is well connected and accessible to maximum possible population. In this regard, the localization of public transport stops (nodes) are highly important, since access to public transit systems is only possible through these nodes.In this framework, this paper focuses on the formulation of a general methodology for the evaluation of public transit nodes of a region based on transit system characteristics, spatial coverages and characteristics of zones using the concepts of connectivity and accessibility. Similarly, connectivity and accessibility index are calculated and enhanced based on distribution of public transport trips in zones and compared with each other to determine the critical nodes. To show the capability of the proposed approach, an application of this methodology in terms of a case study is analyzed in order to show the effects of trip distribution in the zones on the connectivity and accessibility index values during different time periods.
机译:一个地区的公共交通对于将通勤者与目的地联系起来非常重要。除非它是良好的连接和最大可能的人口,否则无法保证具有大船队的公共交通系统。在这方面,公共交通停止(节点)的本地化非常重要,因为只有通过这些节点访问公共交通系统。本文才能参与该框架,专注于制定公共交通评估的一般方法论基于传输系统特征,使用连接性和可访问性概念的区域特征,空间覆盖范围和区域特性的区域。类似地,基于区域中公共传输跳闸的分布来计算和增强连接和可访问性索引,并相互比较以确定临界节点。为了表明所提出的方法的能力,分析了这种方法的应用,以便在不同时间段期间显示出区内跳闸分布的速度分布和可访问性指数值的影响。

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