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首页> 外文期刊>Proceedings of the Institution of Civil Engineers. Municipal Engineer >Travel time prediction using gated recurrent unit and spatio-temporal algorithm
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Travel time prediction using gated recurrent unit and spatio-temporal algorithm

机译:采用门控复发单位和时空算法预测旅行时间预测

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摘要

This paper proposes a method to predict highway travel times using a spatio-temporal algorithm based on a gated recurrent unit (GRU). The spatio-temporal algorithm predicts the travel times considering both spatial and temporal characteristics of travel time. It could reduce the time-lag problems between the experienced and predicted travel times on travel routes. The results of the spatio-temporal GRU were compared to those of the recurrent neural network, long short-term memory, and the GRU models with the conventional algorithm. The predicted travel time of each model also was validated by comparing it to the individual probe vehicle data. The value of travel time analysis was also performed to examine the applicability of the model in urban planning and policy making. It was found that the spatio-temporal GRU predicted link and route travel times were most accurate among the four models.
机译:本文提出了一种使用基于门控复发单元(GRU)的时空算法来预测公路旅行时间的方法。 时空算法预测旅行时间考虑行驶时间的空间和时间特征。 它可以减少旅行路线上经验丰富和预测的旅行时间之间的时间滞后问题。 将时空GU的结果与传统算法的经常性神经网络,长短期存储器和GRU模型进行比较。 通过将其与单个探针车辆数据进行比较,还验证了每个模型的预测行程时间。 还进行了旅行时间分析的价值,以研究模型在城市规划和政策制定中的适用性。 结果发现,四种型号之间的时空GRU预测链路和路径行驶时间最准确。

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