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Comparison of usage of different neural structures to predict AAO layer thickness

机译:使用不同神经结构预测AAO层厚度的比较

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The paper deals with the comparison of usage of three basic types of neural units in order to create the most suitable model predicting determining the final thickness of the alumina layer formed at surface with current density of 1 A?dm?2. In addition, the reliability of obtained prediction models, depending on the amount of training data, has been monitored. With properly selected range of training data it is possible to create prediction models with reliability greater than 95 % with achieved toleration 2×10?6 mm.
机译:本文将对三种基本类型的神经单元的用法进行比较,以便创建最合适的模型,以预测确定在电流密度为1 A?dm?2的表面上形成的氧化铝层的最终厚度。另外,根据训练数据的数量,已经监视了获得的预测模型的可靠性。通过正确选择训练数据范围,可以创建具有大于95%的可靠性并获得2×10-6mm的公差的预测模型。

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