首页> 外文会议>International Conference on Artificial Intelligence(ICAI'05) vol.1; 20050627-30; Las Vegas,NV(US) >Prediction of Time Between Failure and Down Time of an Assembly Line With Artifical Neural Networks and Comparison of Their Results with Monte-Carlo Simulation Method Results
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Prediction of Time Between Failure and Down Time of an Assembly Line With Artifical Neural Networks and Comparison of Their Results with Monte-Carlo Simulation Method Results

机译:用人工神经网络预测装配线故障和停机时间之间的时间,并将其结果与蒙特卡洛模拟方法的结果进行比较

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摘要

For frequent years, researchers apply linear methods for prediction of time series. Generally, these methods have shown in-efficiency in prediction of time series. So they are interested in using Non-linear methods of prediction. One of these Non-linear methods is Artifical Neural Networks (ANN) method. In this paper, we attempt to apply two types of neural networks, MLP and RBF networks, for prediction of Time Between Failure (TBF) and Down Time (DT) of an assembly line and compare their results with Monte-Carlo simulation method.
机译:多年来,研究人员应用线性方法来预测时间序列。通常,这些方法在时间序列的预测中显示无效。因此,他们对使用非线性预测方法感兴趣。这些非线性方法之一是人工神经网络(ANN)方法。在本文中,我们尝试将两种神经网络(MLP和RBF网络)用于预测装配线的故障间隔时间(TBF)和停机时间(DT),并将其结果与蒙特卡洛仿真方法进行比较。

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