Prediction of traffic accident duration based on N-BEATS

Y. He, Senchang Zhang, Peiyao Zhong, Zhenliang Li
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Abstract

The prediction of traffic accident duration is the basis of highway emergency management. Timely and accurate prediction of traffic accident duration can provide a reliable basis for road guidance and rescue organization. This paper discusses the traffic accident duration prediction method of N-BEATS model in detail. Through the change of sliding window size and the continuous adjustment of the number of iterations, the appropriate parameters are found to produce a good prediction effect. The dataset used in this paper is US Accidents, a nation-wide dataset of traffic accidents covering 49 states in the US. The experimental results show that compared with the classical time series prediction models such as Bi-LSTM, SVM, RNN-GRU and AttnAR, prediction of traffic accident duration model based on N-BEATS proposed in this paper is optimal in the three evaluation indicators of RMSE, MAE and SD, which shows that the model has the highest prediction accuracy and good performance.
基于N-BEATS的交通事故持续时间预测
交通事故持续时间预测是公路应急管理的基础。及时准确地预测交通事故持续时间,可以为道路引导和救援组织提供可靠的依据。本文详细讨论了N-BEATS模型的交通事故持续时间预测方法。通过滑动窗口大小的变化和迭代次数的不断调整,找到合适的参数来产生良好的预测效果。本文使用的数据集是US Accidents,这是一个覆盖美国49个州的全国性交通事故数据集。实验结果表明,与Bi-LSTM、SVM、RNN-GRU和AttnAR等经典时间序列预测模型相比,本文提出的基于N-BEATS的交通事故持续时间模型在RMSE、MAE和SD三个评价指标上都是最优的,表明该模型具有最高的预测精度和良好的预测性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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