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Research on a Scientific Approach for Bus and Metro Networks Integration

机译:公交与地铁网络融合的科学方法研究

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The objective of this study was to develop and apply a ‘scientific approach’ for improving the integration of Beijing's metro and bus networks. Daxing Line, which is one of the five newly built metro lines opened in Beijing in 2010, was selected as a demonstration metro corridor for this methodology. A detailed public transport passenger trip matrix is developed from the Beijing public transport IC card data. According to this data, different bus service patterns were evaluated using a pivot point demand model and PT model. In the final section of the paper, the schemes are evaluated through using a set of 6 weighted indicators to decide on an optimal outcome. The bulk of the recommended service planning adjustments recommended by the study are currently being implemented in the corridor. The study concludes that the proposed approach is practical and can provide meaningful input to service planning in multi modal corridors in Chinese cities. Given the rapidly expanding metro networks in many Chinese cities, there is a large potential for replication of the approach described in the paper.
机译:这项研究的目的是开发和应用“科学方法”来改善北京地铁和公交网络的集成。大兴线是2010年在北京开通的五条新建地铁线之一,被选作该方法的示范地铁走廊。根据北京公交IC卡数据,可以得出详细的公交旅客出行矩阵。根据此数据,使用枢轴点需求模型和PT模型评估了不同的公交服务模式。在本文的最后一部分,通过使用一组6个加权指标对方案进行评估,以决定最佳结果。该研究建议的大部分建议服务计划调整目前正在走廊中执行。研究得出结论,所提出的方法是可行的,并且可以为中国城市多式联运走廊的服务规划提供有意义的输入。鉴于许多中国城市中快速发展的城域网,复制本文所述方法的潜力很大。

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