半导体晶圆制造中一种新的复合优先控制策略

Zuntong Wang, F. Qiao, Qidi Wu
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引用次数: 9

摘要

半导体制造中的控制问题包括批号放行和调度,但它们是分开研究的。提出了一种同时考虑放行策略和调度策略的复合优先级控制策略CPC。根据竞争加工的作业的复合优先级,CPC策略可以确定在机器可用时处理哪些批次,并确定何时将新批次释放到晶圆厂。CPC策略甚至可以停止非瓶颈机器,以防止在瓶颈机器之前的在制品库存过剩。仿真结果表明,CPC策略在缩短周期时间及其标准差,降低在制品库存方面具有较高的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new compound priority control strategy in semiconductor wafer fabrication
Control problems in semiconductor manufacturing include lot release and scheduling, while they were investigated separately. A new compound priority control strategy, CPC, is discussed, which takes both the lot release strategy and the scheduling strategy into account. According to the compound priorities of jobs that compete for processing, the CPC strategy can determine which lot(s) is/are processed when the machine is available, and determine when the new lot(s) is/are released into the wafer fab. The CPC strategy can even halt the non-bottleneck machines to prevent overstock of WIP before the bottleneck machines. Simulation results indicate that the CPC strategy has higher performance in reducing the cycle time and its standard deviation, and decreasing the WIP inventory.
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