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Comparison of Multivariate Regression Models and Artificial Neural Networks for Prediction Highway Traffic Accidents in Spain: A Case Study

机译:西班牙预测公路交通事故多元回归模型与人工神经网络的比较 - 以案例研究

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In recent years Spain shows the great reduction in the accident rate that has been achieved and the improvement of the behavior of road users, despite this, there is still a need to improve many areas. In 2016 for the first time since the last 13 years, the number of deaths increased by 7% concerning to the previous year. In this paper, analysis, and prediction of road traffic accidents (RTAs) of high accident locations highways in Spain, were undertaken using Artificial Neural Networks (ANNs), which can be used for policymakers, this paper contributes to the area of transportation safety and researchers. ANN is a powerful technique that has demonstrated considerable success in analyzing historical data to forecast future trends.There are many ANN models for predicting the number of accidents on highways that were developed using 4 years of data for accident counts on the Spain freeway roads from 2014 to 2017. The best ANN model was selected for this task and the model variables involved highway sections, years, section length (km), annual average daily traffic (AADT), the average horizontal curve radius, Slope gradient, traffic accidents with the number of heavy vehicles. In the ANN model development, the sigmoid activation function was employed with the Levenberg-Marquardt algorithm and the different number of neurons.The model results indicate the estimated traffic accidents, based on appropriate data are close enough to actual traffic accidents and so are dependable to forecast traffic accidents in Spain. However, it demonstrates that ANNs provide a potentially powerful tool in analyzing and predicting traffic accidents. The performance of the model was in comparison to the multivariate regression model developed for the same purpose. The results prove that the ANN model stronger forecasted model which produced estimates fairly close to forecast future highway traffic accidents with Spanish conditions.
机译:近年来,西班牙表明,已经实现了事故率的大幅减少,并且道路用户行为的改善,尽管如此,仍然需要改善许多领域。 2016年以来,自过去13年以来第一次,死亡人数增加了7%关于去年。在本文中,使用人工神经网络(ANNS)进行了高速事故地点公路的公路交通事故(RTAS)的分析和预测,可用于政策制定者,这篇论文有助于运输安全领域研究人员。 ANN是一种强大的技术,在分析历史数据预测未来趋势的情况下表现出相当大的成功。许多ANN模型,用于预测2014年西班牙高速公路道路上使用4年的事故数目发展的高速公路的事故数量到2017.选择了最好的ANN模型,为此任务和模型变量涉及高速公路部分,年,部分长度(KM),年平均每日交通(AADT),平均水平曲线半径,坡度梯度,交通事故,交通事故重型车辆。在ANN模型开发中,SIGMOID激活功能与Levenberg-Marquardt算法和不同数量的神经元一起使用。模型结果表明估计的交通事故,基于适当的数据足够接近实际的交通事故,因此可靠地接近预测西班牙的交通事故。然而,它表明ANNS提供了潜在的强大工具,用于分析和预测交通事故。与为同一目的开发的多变量回归模型相比,该模型的性能相比。结果证明,ANN模型更强的预测模型,其估计分别接近预测与西班牙条件的未来公路交通事故。

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