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PREDICTING CRASHES BASED ON ARTIFICIAL NEURAL NETWORKS AND IDENTIFYING THE HAZARDOUS CRASH TYPE AT INTERSECTIONS

机译:基于人工神经网络预测崩溃并识别交叉口的危险碰撞类型

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Research works to predict the traffic crash and to identify the hazard plane intersections are reviewed firstly. Then, this paper studies the use of a well-known artificial neural network (ANN), the multilayer perceptron (MLP), in predicting the number of each type of crash. The crash data include 4340 fatal/injury crashes occurred on 197 at-grade intersections in Harbin city from 2000 to 2004. Modeling result showed that the MLP is capable of predicting the crashes by type, and the testing accuracy is up to 89%. Lastly, a method to identify the hazardous crash patterns for a single intersection is presented based on the "overrepresented" concept.
机译:研究有助于预测交通崩溃并识别首先进行审查危险平面交叉路口。然后,本文研究了众所周知的人工神经网络(ANN),多层感知者(MLP),预测每种类型的碰撞的数量。从2000年到2004年,坠机数据包括197年在哈尔滨市的197年级联交叉口发生了4340次致命/伤害崩溃。建模结果表明,MLP能够通过类型预测碰撞,测试精度高达89%。最后,基于“超级逗留”概念来呈现用于识别单个交叉点的危险碰撞模式的方法。

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