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Control wafers inventory management in the wafer fabrication photolithography area

机译:控制晶圆制造光刻领域中的晶圆库存管理

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摘要

An important variable affecting the production throughput in the wafer fabrication photolithography area is the work-in-process (WIP) level of control wafers. Previous research work has focused on control wafers downgrading problem, and little work has been done for WIP level of control wafers, The objective of this paper is to develop methods for estimating the WIP level of control wafers for each grade, while maintaining the same level of production throughput. Two factors are considered, the re-entrant of control wafers within the same grade and the downgrading of control wafers among different grades. Under pulling control production environment, a multi-loop algorithm is developed for estimating the WIP control wafers for each grade,. We conduct some simulation experiments based on a real-world factory production environment to demonstrate the effectiveness of the proposed algorithm, The results show that the algorithm is an efficient tool for estimating the cycle time and WIP level for each grade of control wafers.
机译:在晶圆制造光刻领域中影响生产吞吐量的一个重要变量是控制晶圆的在制品(WIP)水平。以前的研究工作集中在控制晶片降级问题上,而对控制晶片的在制品水平所做的工作很少。本文的目的是开发在保持相同等级的情况下估算每个等级的控制晶片的在制品水平的方法。生产吞吐量。考虑两个因素,相同等级的对照晶片的折返和不同等级之间的对照晶片的降级。在牵引控制生产环境下,开发了一种多回路算法来估算每个等级的在制品控制晶圆。我们在真实的工厂生产环境下进行了一些仿真实验,以证明所提算法的有效性。结果表明,该算法是估算各等级控制晶片的周期时间和在制品水平的有效工具。

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