Dynamic cloud-based computation for skipping lots in metrology : IE : Industrial Engineering

É. Le Quéré, S. Dauzére-Pérés, S. Astie, Cédric Maufront, Xavier Michallet, G. Bugnon, Nicolas Ferrandini
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Abstract

Semiconductor manufacturing is complex and driven by a very strict market in terms of quality, which is ensured by performing many control operations on lots. To reduce the cost of quality, we present a simple algorithm that dynamically cancels lot measurements, i.e. skips lots, that do not bring enough information. The industrial impacts of the algorithm and its implementation in a cloud-based architecture are discussed.
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计量中跳跃性批次的动态云计算:工业工程
半导体制造是复杂的,并且在质量方面受到非常严格的市场驱动,这是通过对批次执行许多控制操作来确保的。为了降低质量成本,我们提出了一种简单的算法,动态取消批次测量,即跳过没有提供足够信息的批次。讨论了该算法的工业影响及其在基于云的架构中的实现。
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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