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首页> 外文期刊>Applied Mathematical Modelling >Optimal robot scheduling to minimize the makespan in a three-machine flow-shop environment with job-independent processing times
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Optimal robot scheduling to minimize the makespan in a three-machine flow-shop environment with job-independent processing times

机译:最佳的机器人调度,以在与工作无关的处理时间的三机流水车间环境中最小化制造周期

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摘要

We study a robotic three-machine flow-shop scheduling problem, in which n identical jobs are to be processed and the objective is to minimize the makespan. After the job's completion on either the first or the second machine it is transferred by a robot to the next (consecutive) machine in the shop. A single robot is available for transferring the jobs. We show that the problem can be solved by decomposing it into a set of sub-problems, and by providing a robot schedule to each sub-problem that yields a makespan value which matches the lower bound value.
机译:我们研究了一个机器人的三机流水车间调度问题,其中要处理n个相同的作业,目标是最大程度地缩短工期。在第一台或第二台机器上完成作业后,它将由机器人将其转移到车间中的下一台(连续)机器上。单个机器人可用于传输作业。我们表明,可以通过将问题分解为一系列子问题并为每个子问题提供机器人计划表来解决该问题,该计划会产生与下界值匹配的makepan值。

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