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Application of Bayesian Trained Neural Networks to Predict Stochastic Travel Times in Urban Networks

机译:贝叶斯训练神经网络在预测城市网络中随机旅行时间的应用

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Urban travel time prediction has received much less attention than freeway prediction, because urban travel times are much more stochastic. However, urban travel forms a significant part of total travel time. In this paper, neural networks are used for urban travel time prediction as these are able to deal with noisy data. Bayesian techniques are used for training, resulting in committees with lower error and in confidence bounds. It is shown that the networks are capable of predicting the ‘trend’, obtained through de-noising, with an error in the same order of freeway predictions, and that they accurately predict confidence bounds.
机译:与高速公路预测相比,城市旅行时间预测受到的关注要少得多,因为城市旅行时间的随机性要高得多。但是,城市旅行占总旅行时间的很大一部分。在本文中,神经网络可用于处理嘈杂的数据,因此可用于城市旅行时间的预测。贝叶斯技术用于培训,从而使委员会的错误率降低,并置信区间内。结果表明,网络能够预测通过降噪获得的“趋势”,并且误差与高速公路预测的顺序相同,并且它们可以准确地预测置信区间。

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