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A Fuzzy Genetic Algorithm for Single-Machine Scheduling and Flexible Maintenance Planning Integration under Human Resource Constraints

机译:人力资源约束下的单机调度与柔性维修计划集成的模糊遗传算法

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This research focuses on the problem of scheduling jobs on a single machine that requires flexible maintenance under human resource constraints. A fuzzy genetic algorithm that integrates production, maintenance, human resource availability and competence constraints is developed. This algorithm uses fuzzy logic to deal with uncertainties. Experiments show that the consideration of human resource constraints and uncertainties in the integrated and proactive scheduling allows proposing more realistic and applicable solutions.
机译:这项研究的重点是在单台机器上调度作业的问题,该机器需要在人力资源约束下进行灵活维护。开发了一种集成了生产,维护,人力资源可用性和能力约束的模糊遗传算法。该算法使用模糊逻辑处理不确定性。实验表明,在综合主动计划中考虑人力资源限制和不确定性可以提出更现实和适用的解决方案。

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