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Wafer pattern classification and auto disposition by machine learning — James Lin

机译:晶圆模式分类和通过机器学习自动配置-James Lin

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摘要

In order to increase bad wafer detection rate and reduce engineer trouble-shooting efforts, this work reports a combination of machine learning techniques to decode and extract the wafer map information from tool log via text mining, transform to useful virtual wafer images by image processing, auto wafer pattern classification by deep learning, and perform auto disposition (scrap, rework, add inspection, or waive) by flow chart based decision rules. 70% hold time can be reduced for certain hold codes, so that the engineers can focus on more valuable jobs rather than trouble-shooting.
机译:为了提高不良晶圆检测率并减少工程师的故障排除工作量,这项工作报告了多种机器学习技术的组合,可通过文本挖掘从工具日志中解码和提取晶圆地图信息,并通过图像处理转换为有用的虚拟晶圆图像通过深度学习自动进行晶圆图案分类,并通过基于流程图的决策规则执行自动配置(报废,返工,添加检查或放弃)。对于某些保留代码,可以减少70%的保留时间,因此工程师可以专注于更有价值的工作,而不是排除故障。

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