Unit sized transfer batch scheduling in an automated two-machine flow-line cell with one transport agent
Unit sized transfer batch scheduling in an automated two-machine flow-line cell with one transport agent
复制标题
在具有一个运输代理的自动化两机流水生产线单元中进行单位尺寸的转移批量调度
DOI：
10.1007/s00170-004-2493-9
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发表时间：
2006
期刊：
影响因子：
--
通讯作者：
F. C. Çetinkaya
中科院分区：
文献类型：
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作者：
F. C. Çetinkaya
将由几个相同单元组成的工作批次分割成转移批次（批次的某个部分），并允许将处理后的转移批次转移到下游机器的过程允许工作批次的操作重叠。这个想法的本质是增加制造环境中的工作流动。本文研究了两台机器流水线单元中具有单位转移批次的多工件批量调度问题，其中单个运输代理从第一台机器上拾取一个已完成的单位，将其交付给第二台机器，然后返回到第一台机器。如果运输代理正在运输中，则第一台机器上的已完成单元会阻塞该机器。我们研究这个问题的单位依赖和独立的设置在每台机器上，并提出了一个最佳的解决方案，类似于约翰逊的规则，解决基本的两台机器流水车间调度问题。
The process of splitting a job lot comprised of several identical units into transfer batches (some portion of the lot), and permitting the transfer of processed transfer batches to downstream machines, allows the operations of a job lot to be overlapped. The essence of this idea is to increase the movement of work in the manufacturing environment. In this paper, the scheduling of multiple job lots with unit sized transfer batches is studied for a two-machine flow-line cell in which a single transport agent picks a completed unit from the first machine, delivers it to the second machine, and returns to the first machine. A completed unit on the first machine blocks the machine if the transport agent is in transit. We examine this problem for both unit dependent and independent setups on each machine, and propose an optimal solution procedure similar to Johnson’s rule for solving the basic two-machine flowshop scheduling problem.