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摘要: 针对单机多产品多订单有序独立机器调整时间的订单排产问题,建立了以最小化订单 的提前和拖期罚值总和为优化目标的混合整数规划模型,分析了问题的NP-hard性和最优排序 中临近批组的优化特性,提出一个基于过滤束搜索的拟多项式时间算法,算法复杂性分析和仿真结 果验证了算法的有效性.Abstract: This paper deals with the order planning of single machine with multi-product classes and sequence-independent setup times, and proposes a mixed integer-programming model to minimize the sum of earliness/tardiness penalties of orders. It presents a pseudo-polynomial algorithm based on the filtered beam search by discussing the NP-hardness and the necessary condition of adjacent groups in an optimal sequence. The computational complexity analysis and simulation resuits have confirmed the effectiveness of the algorithm.
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Key words:
- Order planning /
- group technology /
- setup times /
- earliness/tardiness /
- complexity /
- pseudo-polynomial algorithm
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