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Incident Duration Prediction Based on Bayesian Network

机译:基于贝叶斯网络的事件持续时间预测

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Incident duration is critical input for predicting the potential impact of incidents. Because of the ability to readily accommodate incomplete information, Bayesian network classifiers are chosen to predict incident duration. After analyzing the limitation of Naive Bayesian (NB) classifier and unrestricted Bayesian networks ( UBN) classifier, a new model is developed based on tree augmented Naive Bayesian (TAN) classifier. These models are calibrated and tested by incident records from the Georgia Department of Transportation. The results show that TAN classifier performs favorably compared to UBN classifier and NB classifier under a variety of information provision scenarios.
机译:事件持续时间是预测事件潜在影响的关键输入。由于能够轻松容纳不完整的信息,因此选择贝叶斯网络分类器来预测事件持续时间。在分析了朴素贝叶斯(NB)分类器和无限制贝叶斯网络(UBN)分类器的局限性之后,基于树增强朴素贝叶斯(TAN)分类器开发了一个新模型。这些模型通过佐治亚州交通部的事故记录进行校准和测试。结果表明,在多种信息提供场景下,TAN分类器的性能优于UBN分类器和NB分类器。

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