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A Lot Dispatching Strategy Integrating WIP Management and Wafer Start Control

机译:集成了WIP管理和晶圆启动控制的批量调度策略

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摘要

Compound priority dispatching (CPD) is a new dispatching strategy for semiconductor wafer fabrication. It takes into account both work-in-progress (WIP) management and wafer start control. The compound priority of wafers is calculated based upon fab wafer start status, the current processing step, and the amount of WIP in the current, the upstream, and the downstream steps. Simulation results demonstrate that, for a given fab model, CPD can reduce the mean total queue time (MTQT) by 50% and increase the throughput rate by 20% compared with first- in-first-out (FIFO) and shortest remaining processing time (SRPT) scheduling (dispatching) strategies.
机译:复合优先级分配(CPD)是半导体晶圆制造的一种新的分配策略。它同时考虑了进行中(WIP)管理和晶圆启动控制。晶圆的复合优先级是根据fab晶圆的开始状态,当前处理步骤以及当前,上游和下游步骤中的WIP量计算得出的。仿真结果表明,与先进先出(FIFO)和最短的剩余处理时间相比,对于给定的晶圆厂模型,CPD可以将平均总队列时间(MTQT)减少50%,吞吐率提高20% (SRPT)调度(调度)策略。

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