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Effects of Bus Stop Locations on the Total Time of Bus Systems in Urban Areas

机译:公交车站位置对市区公交系统总时间的影响

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In this study, a multi-objective optimization model was developed to minimize the total time of bus system including passenger travel time and bus operating time. In addition, bus emission was introduced to assess the bus operation based on the pollutant emissions CO, HC, and NO_x. Finally, the proposed methodology was applied to a bus route in Nanjing, China. The results showed that the total time decreased by 520197s by adding a new station between the Gulou station and the Zhujiang Road station, and the corresponding emissions of CO, HC, and NO_x merely increased by 0.87%, 1.07%, and 0.79%, respectively. It indicated that the model was well validated in terms of reliability, and could be used for the analysis and design of bus stop location. Sensitivity analyses were also conducted to investigate the effects of service frequency on the performance of the proposed method.
机译:在这项研究中,开发了一种多目标优化模型,以最大程度地减少公交系统的总时间,包括乘客出行时间和公交运营时间。此外,引入了公交车排放以根据污染物排放CO,HC和NO_x评估公交车的运行状况。最后,将所提出的方法应用于中国南京的公交线路。结果表明,在鼓楼站与珠江路站之间增加一个新站,总时间减少了520197s,相应的CO,HC和NO_x排放分别仅增加了0.87%,1.07%和0.79%。 。这表明该模型在可靠性方面得到了很好的验证,可以用于公交车站位置的分析和设计。还进行了敏感性分析,以研究服务频率对所提出方法的性能的影响。

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