S. Arima, Huizhen Bu, Yutaka Akiyama, Hiroyuki Motomiya
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引用次数: 0
摘要
本文介绍了多类型资源分配问题(MRAP)和产品组合调度问题(PMSPs)的实时集成方法。其中,采用SAR2 (Simultaneous Allocation based on resource - ratio)作为MRAP的高速启发式方法,并采用基于最优生产周期(OPC)的实时调度方法进行调度,在保证每个生产批次的到期日和Q-time限制的情况下,实现资源利用率最大化。在实际的晶圆测试过程中进行了性能评估,结果表明,该方法将到期日满意度提高了24.4% ~ 26.2%,工具利用率的标准差提高了13% ~ 16%。计算时间很短,即使使用标准的个人计算机也可以进行实时控制。
Real-Time resource allocations and shceduling of product-mix production systems with multi-type jigs
This paper introduces an integration method for a multi-type resource allocation problem (MRAP) and Product-mix scheduling problems (PMSPs) in real-time. Particularly, SAR2 (Simultaneous Allocation based on Resource-Ratio) is used as high-speed heuristic approach for the MRAP, and an real-time scheduling method using optimal production cycle (OPC) is used in the scheduling to maximize the resource utilization while keeping a due date and Q-time restrictions of every production lot. As the result of performance evaluations in an actual wafer test process, the proposed method improved both the due-date satisfaction by 24.4–26.2% and standard deviation of tool utilization by 13–16%. The computational time was short enough for a real-time control even by using a standard personal computer.