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Scheduling of multi-die operations with multiple maintenance tasks

机译:具有多个维护任务的多管芯操作计划

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Production-Maintenance Scheduling (PMS) is to allocate resources over time to perform production and maintenance activities, aimed to improve productivity and reliability of production systems. This study extended the PMS model proposed in Wong et al. [1-3] and developed a novel methodology to schedule multi-die operations and the related maintenance tasks for the dies. In this paper, a new scheduling problem considered multi-die operations and die maintenance was identified and modeled. A Joint Scheduling (JS) methodology was developed and implemented in a genetic algorithm approach to deal with the new problem. Numerical examples showed that the proposed JS methodology could obtain shorter makespan comparing with the traditional Maximum Age (MA) methodology.
机译:生产维护计划(PMS)随时间分配资源以执行生产和维护活动,旨在提高生产系统的生产率和可靠性。这项研究扩展了Wong等人提出的PMS模型。 [1-3]并开发了一种新颖的方法来调度多管芯操作和管芯的相关维护任务。在本文中,确定并建模了一个新的调度问题,该问题涉及多管芯操作和管芯维护。开发了联合调度(JS)方法,并以遗传算法的方式实施,以解决新问题。数值算例表明,与传统的最大年龄(MA)方法相比,所提出的JS方法可获得更短的制造时间。

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