Study on hierarchical production planning for single machine systems

Guisen Xue, Hong Zhou
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Abstract

A two-tiered hierarchical production planning model with sequence-independent family setup time, including aggregate production planning (APP) and family disaggregation planning (FDP), is proposed in this paper for a multi-product, single machine production system. In APP, the constraints about inventory, backorder and regular time are revised according to practical situation; and in FDP, the resulted APP in the first period is decomposed into detailed lot sizing plan for each product family in each sub-period and is guaranteed for completion. Two types of feedback information are adopted to adjust the aggregate plan at different stages of a period. The performance of the model is validated with data from an enterprise.
单机系统分层生产计划研究
针对多产品单机生产系统,提出了一种具有序列无关的家族建立时间的两层分层生产计划模型,包括总体生产计划(APP)和家族分解计划(FDP)。在APP中,根据实际情况对库存约束、缺货约束和正常时间约束进行修正;在FDP中,将第一周期的结果APP分解为每个子周期的每个产品族的详细批量计划,并保证完成。在一个时间段的不同阶段,采用两种反馈信息来调整总计划。使用来自企业的数据验证模型的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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