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Automatic Defect Classification System in Semiconductors EDS Test Based on System Entity Structure Methodology

机译:基于系统实体结构方法的半导体EDS测试缺陷自动分类系统

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We exploit a structural knowledge representation scheme called System Entity Structure (SES) methodology to represent and manage wafer failure patterns which can make a significant influence to FABs in the semiconductor industry. It is important for the engineers to simulate various system verification processes by using predefined system entities (e.g., decomposition, taxonomy, and coupling relationships of a system) contained in the SES. For better computational performance, given a certain failure pattern, a Pruned SES (PES) can be extracted by selecting the only relevant system entities from the SES. Therefore, the SES-based simulation system allows the engineers to efficiently evaluate and monitor semiconductor data by i) analyzing failures to find out the corresponding causes and ii) managing historical data related to such failures.
机译:我们利用一种称为系统实体结构(SES)方法的结构知识表示方案来表示和管理可对半导体行业的FAB产生重大影响的晶圆故障模式。对于工程师而言,通过使用SES中包含的预定义系统实体(例如,系统的分解,分类法和耦合关系)来模拟各种系统验证过程非常重要。为了获得更好的计算性能,给定特定的故障模式,可以通过从SES中选择唯一相关的系统实体来提取修剪的SES(PES)。因此,基于SES的仿真系统允许工程师通过i)分析故障以找出相应的原因以及ii)管理与此类故障相关的历史数据,从而有效地评估和监控半导体数据。

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