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孔德越, 程默, 袁磊磊, 周姗琪, 王洪业. 基于高峰期热门目的地识别的旅客买短乘长行为预估方法[J]. 铁路计算机应用, 2024, 33(8): 26-29. DOI: 10.3969/j.issn.1005-8451.2024.08.05
引用本文: 孔德越, 程默, 袁磊磊, 周姗琪, 王洪业. 基于高峰期热门目的地识别的旅客买短乘长行为预估方法[J]. 铁路计算机应用, 2024, 33(8): 26-29. DOI: 10.3969/j.issn.1005-8451.2024.08.05
KONG Deyue, CHENG Mo, YUAN Leilei, ZHOU Shanqi, WANG Hongye. Estimating passenger's act of buying short distance ticket for long-distance travel based on identifying popular destinations during peak period[J]. Railway Computer Application, 2024, 33(8): 26-29. DOI: 10.3969/j.issn.1005-8451.2024.08.05
Citation: KONG Deyue, CHENG Mo, YUAN Leilei, ZHOU Shanqi, WANG Hongye. Estimating passenger's act of buying short distance ticket for long-distance travel based on identifying popular destinations during peak period[J]. Railway Computer Application, 2024, 33(8): 26-29. DOI: 10.3969/j.issn.1005-8451.2024.08.05

基于高峰期热门目的地识别的旅客买短乘长行为预估方法

Estimating passenger's act of buying short distance ticket for long-distance travel based on identifying popular destinations during peak period

  • 摘要: 旅客集中出行的节假日高峰期间,旅客买短乘长行为成为困扰客运组织管理的难题。文章提出一种基于高峰期热门目的地识别的旅客买短乘长行为预估模型,通过分析历史客流规律与城市出行热度,实现热门车次短途旅客买短乘长风险概率评估。选取2023年高峰期列车实际运营及补票数据对该模型进行检验,结果显示,其整体均方误差为0.26%,表明该模型具备实际应用条件;试用情况表明,该模型可为客运管理部门保障高峰期列车安全运营提供有效决策依据。

     

    Abstract: During peak holiday periods when passengers are concentrated, the act of buying short distance ticket for long-distance travel has become a difficult problem for passenger transport organization and management. This paper proposed a prediction model for passenger's act of buying short distance ticket for long-distance travel based on identifying popular destinations during peak period. The paper analyzed historical passenger flow patterns and urban travel popularity, implemented the risk probability assessment of short distance passengers buying short distance ticket for long-distance travel on popular train numbers, selected actual train operation and ticket replenishment data during peak hours in 2023 to test the model. The results show that the overall mean square error was 0.26%. It indicates that the model has practical application conditions. The trial results show that this model can provide effective decision-making basis for passenger transport management departments to ensure the safe operation of trains during peak hours.

     

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