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Bus-arrival time prediction using bus network data model and time periods

机译:使用总线网络数据模型和时间段的总线到达时间预测

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摘要

Real-time information system about bus arrival and departure times at bus stops is one of the key elements of high-quality public transport. To provide accurate prediction of bus arrival at the bus stop the information of current position of the bus and bus travel time to the target stop are required. This paper investigates the bus velocity during different time periods and the impact of the bus network data model on the real-time prediction of arrival times at bus stops. The proposed model classifies bus travel times into time periods with respect to the historical data and the data model of the bus network. Discussion of four types of data model is presented, such as: a data model defined by bus stops and junctions of the roads, a data model defined only by bus stops, a data model which addresses the individual parts of the network in relation to the potential barriers that affect the travel speed of buses, and a data model with fixed-length links of the bus network. The analysis is performed in two different environments, the city of Ljubljana and the city of Maribor. The travel times are classified according to the average travel speed into four time periods: morning, afternoon, weekend and off-peak periods. Simulations showed that both the data model of the bus network and classifying runs into time periods affect the accuracy of predictions of bus arrival times at bus stops.
机译:巴士站的公共汽车抵达和出发时间的实时信息系统是高品质公共交通工具的关键要素之一。为了提供准确的总线到达预测总线抵达,需要总线和总线行程时间到目标停止的当前位置的信息。本文调查了不同时间段的总线速度以及总线网络数据模型对公交车站抵达时间的实时预测的影响。所提出的模型将总线旅行时间分类为相对于总线网络的历史数据和数据模型的时间段。提出了讨论四种类型的数据模型,例如:由道路的总线停止和交叉点定义的数据模型,仅由总线停止定义的数据模型,该数据模型与相关的网络的各个部分解决了网络影响总线行驶速度的潜在障碍,以及具有总线网络的固定长度链路的数据模型。分析在两个不同的环境中,卢布尔雅那市和马里博尔市。旅行时间根据平均旅行速度分为四个时间段:早上,下午,周末和偏远时期。模拟表明,总线网络的数据模型和分类运行到时间段影响总线停止时总线到达时间的准确性。

著录项

  • 来源
    《Future generation computer systems》 |2020年第9期|364-371|共8页
  • 作者

    Marko Celan; Marjan Lep;

  • 作者单位

    University of Maribor - Faculty of Civil Engineering Transportation Engineering and Architecture Smetanova ulica 17 2000 Maribor Slovenia;

    University of Maribor - Faculty of Civil Engineering Transportation Engineering and Architecture Smetanova ulica 17 2000 Maribor Slovenia;

  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Public transport; Bus arrival time; GPS tracking; Map matching; Prediction algorithm;

    机译:公共交通;巴士到达时间;GPS跟踪;地图匹配;预测算法;

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