文章基本信息

标题：Dispatching for order-driven FABs with backward pegging
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作者：Yong H. Chung ; S. Lee ; Sang C. Park 等
期刊名称：Cogent Engineering
电子版ISSN：2331-1916
出版年度：2016
卷号：3
期号：1
页码：1226460
DOI：10.1080/23311916.2016.1226460
语种：English
出版社：Taylor and Francis Ltd
摘要：Abstract In this paper, a two-stage dispatching rule for the on-time delivery of an order-driven FAB is presented. Dispatching rules have a significant impact on the performance of FABs. Consequently, many such rules have been created, such as first in first out, earliest due data, operation due date, and critical ratio. Because these conventional dispatching rules make decisions only by considering the due date of each lot, they might not be suitable for dynamic order-driven FABs, for which it is very essential to monitor not only the due date of each lot but also the production rate of each step. In the first stage of the proposed two-stage dispatching rule, the production rate of each step is taken into account, and the due date of each lot is considered in the second stage. In this paper, the production rates of steps are computed by combining forward simulation and backward pegging. A simulation model, based on a wafer FAB data-set, has been developed, and simulation is conducted using commercial software SEEPLAN^®. The simulation results clearly show the advantages of the proposed dispatching rule over existing rules.
关键词：FAB ; two-stage dispatching rule ; on-time delivery ; simulation ; pegging