CD process control through machine learning

C. Utzny
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引用次数: 5

Abstract

For the specific requirements of the 14nm and 20nm site applications a new CD map approach was developed at the AMTC. This approach relies on a well established machine learning technique called recursive partitioning. Recursive partitioning is a powerful technique which creates a decision tree by successively testing whether the quantity of interest can be explained by one of the supplied covariates. The test performed is generally a statistical test with a pre-supplied significance level. Once the test indicates significant association between the variable of interest and a covariate a split performed at a threshold value which minimizes the variation within the newly attained groups. This partitioning is recurred until either no significant association can be detected or the resulting sub group size falls below a pre-supplied level.
通过机器学习控制CD过程
针对14nm和20nm位点应用的具体要求,AMTC开发了一种新的CD图方法。这种方法依赖于一种被称为递归划分的成熟的机器学习技术。递归划分是一种强大的技术,它通过连续测试感兴趣的数量是否可以由一个提供的协变量解释来创建决策树。所执行的测试通常是具有预先提供的显著性水平的统计测试。一旦检验表明感兴趣的变量和协变量之间存在显著的关联,就按阈值进行分割,使新获得的组内的变异最小化。这个分区会重复进行,直到没有检测到显著的关联,或者产生的子组大小低于预先提供的级别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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