动态批调度的新方法:所需周转率

Wen-Cheng Chin, Jiann-Kwang Wang, Kuo-Cheng Lin, Seng-Rong Huang
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引用次数: 3

摘要

在按订单生产类型操作的半导体制造工厂中,要管理数百个设备和各种工艺。提供短周期和精确的交货以满足客户的期望一直是我们的主要任务。遇到的困难是复杂的工艺和产品组合,计划外的机器停机时间和设备安排。如何有效地调度批量已成为处理制造过程中一个非常重要的课题。提出了一种调度算法“所需周转率(RTR)”。RTR算法根据当前在制品(WIP)的水平,修正每个批次的交货日期,以满足主生产计划(MPS)的要求。进一步根据工艺流程计算每批所需的周转率,以满足交货要求。RTR算法不仅确定了每个批次的到期日和生产优先级,还提供了本地调度所需的周转率。因此,每个工作区域的局部调度系统将按照所需的周转率进行调度,以最大限度地提高产量和机器利用率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New methodology of dynamic lot dispatching: required turn rate
In a semiconductor manufacturing fab with production-to-order type operation, hundreds of devices and various processes are managed. To provide short cycle time and precise delivery to satisfy customers' expectation is always the major task. The difficulties encountered are complex process and product mix, unscheduled machines down time and equipment arrangement. How to dispatch lots effectively has become a very important topic in handling manufacturing. A dispatching algorithm named "Required Turn Rate (RTR)" is developed. According to the level of current wafers in process (WIP), RTR algorithm revises the due date for every lot to satisfy the demand from Master Production Scheduling (MPS). Further to calculate the required turn rate of each lot based on process flow to fulfill the delivery requirement. RTR algorithm determines not only due date and production priority of each lot, but also provides required turn rate for local dispatching. Therefore, local dispatching systems of each working area will dispatch the lots by using required turn rate to maximize output and machines utilization.
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