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Travel Time of Buses Based on GPS Trajectory Data: Analysis and Prediction

机译:基于GPS轨迹数据的公交车出行时间:分析与预测

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Travel time of buses from start station to end station is a key indicator of operational performance. It is of significance for arranging and dispatching vehicles by operators. In this paper, we analyze the travel time of buses with GPS (global positioning system) trajectory data. The results show that there exist obvious peaks during rush hours on weekdays, which means the travel time is larger in rush hours than other hours. Moreover, the distribution of travel time follows a right skewed distribution. Additionally, we divide the travel time into running time of sections and dwell time at stations and analyze their performance specifically. Finally, a BP neural network prediction model is introduced to predict travel time of buses using the historic travel time with time intervals. The results show that it outperforms Gauss fit and Kalman filter methods.
机译:公交车从起点站到终点站的行驶时间是运营绩效的关键指标。这对于操作员安排和调度车辆具有重要意义。在本文中,我们使用GPS(全球定位系统)轨迹数据分析了公交车的行驶时间。结果表明,在工作日的高峰时段存在明显的高峰,这意味着高峰时段的旅行时间比其他时间更长。此外,旅行时间的分布遵循右偏分布。此外,我们将旅行时间划分为路段的运行时间和车站的停留时间,并专门分析其性能。最后,引入了BP神经网络预测模型,该模型使用具有时间间隔的历史行驶时间来预测公交车的行驶时间。结果表明,它的性能优于高斯拟合和卡尔曼滤波方法。

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