首页> 外文会议>International Conference on Advances in Natural Computation(ICNC 2005); 20050827-29; Changsha(CN) >Prediction Modeling for Ingot Manufacturing Process Utilizing Data Mining Roadmap Including Dynamic Polynomial Neural Network and Bootstrap Method
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Prediction Modeling for Ingot Manufacturing Process Utilizing Data Mining Roadmap Including Dynamic Polynomial Neural Network and Bootstrap Method

机译:利用包括动态多项式神经网络和Bootstrap方法的数据挖掘路线图的铸锭制造过程预测建模

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摘要

The purpose of this study was to develop a process management system to manage ingot fabrication and the quality of the ingot. The ingot is the first manufactured material of wafers. Trace parameters were collected on-line but measurement parameters were measured by sampling inspection. The quality parameters were applied to evaluate the quality. Therefore, preprocessing was necessary to extract useful information from the quality data. First, statistical methods were used for data generation, and then modeling was performed, using the generated data, to improve the performance of the models. The function of the models is to predict the quality corresponding to control parameters.
机译:这项研究的目的是开发一个过程管理系统来管理铸锭的制造和铸锭的质量。锭是晶片的第一种制造材料。在线收集痕量参数,但通过抽样检查测量测量参数。应用质量参数来评估质量。因此,必须进行预处理以从质量数据中提取有用的信息。首先,使用统计方法进行数据生成,然后使用生成的数据进行建模,以提高模型的性能。模型的功能是预测与控制参数相对应的质量。

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