基于数学规划的班伯里工序工人调度:以轮胎制造公司为例

Chonnipa Chaihanit, S. Supsomboon, A. Butrat
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摘要

如今,一些制造商,无论是公共的还是商业的,以及其他组织,都面临着根据个人技能给工人分配任务的问题。因此,分配问题的发展是为了确定一个合适的方式,使组织从适当的分配中受益于组织中的工人。本文的研究目标是给出一个分配问题的数学模型,该模型可用于根据个人技能获得合适的工作职位。在这种情况下,需要找到最低技能水平分数,这是班伯里混合过程中每个位置的工人的最佳技能,通过使用线性求解器作为Python中的问题求解器。案例研究用于演示创建正确结果的模型解决方案的高质量。结果表明,通过选择适合工人任务的技能,分配问题得到了优化。
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Worker Scheduling of Banbury Process using Mathematical Programming: A Tire Manufacturing Company Case Study
Nowadays, several manufacturers, both public and commercial, as well as other organizations, face the problem of assigning tasks to workers based on individual skills. As a result, the assignment problem was developed in order to determine a suitable way for the organization to benefit from the appropriate assignments to the worker in the organization. In this paper, the goal of this study is to give a mathematical model of the assignment problem which could be used to obtain the appropriate work position base on individual skill. In this scenario, the need is to find the minimum skill level score which is the best skill for each position of the worker in the Banbury Mixing Process by using linear solvers as a problem solver working in Python. Case studies are used to demonstrate the high quality of the model solutions that create the right results. The results demonstrated that the assignment problem was optimized by selecting skills that were appropriate for the worker’s task.
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