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A hybrid simulation approach to dynamic multi-skilled workforce planning of production line

机译:生产线动态多技能劳动力计划的混合仿真方法

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Workers cross-trained with multiple tasks can improve the workforce flexibility for the plant to handle variations in workload. Therefore, it is necessary to study the dynamic multi-skilled workforce planning problem of production line with the application of cross-training method. The conclusion is helpful to economize the cost of human resources when workload is low and enhance the productivity in the opposite case. This paper studies the dynamic multi-skilled workforce planning problem by exploring the effect of worker pool size and cross-training level on the performance of production line through simulation. A hybrid simulation model is built as the platform to study this problem with Discrete-event Simulation (DES) method and Agent-based Simulation (ABS) method. Besides, the effect of worker learning and forgetting is inevitably considered accompanied with the introduction of cross-training method and its impact on production line will be illustrated.
机译:接受过多项任务交叉培训的工人可以提高工厂的劳动力灵活性,以应对工作量的变化。因此,有必要运用交叉训练的方法研究生产线动态多技能劳动力的规划问题。该结论有助于在工作量较低时节省人力资源成本,并在相反的情况下提高生产率。本文通过模拟研究工人池规模和交叉培训水平对生产线性能的影响,研究了动态的多技能劳动力规划问题。建立了一个混合仿真模型作为使用离散事件仿真(DES)方法和基于代理的仿真(ABS)方法研究此问题的平台。此外,伴随着交叉培训方法的引入,不可避免地要考虑工人学习和遗忘的影响,并说明其对生产线的影响。

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