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Design an incremental cell formation problem considering human factor

机译:考虑人为因素设计增量细胞形成问题

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Over the past three decades, plenty of techniques have been developed to solve cell formation problems. However, most researchers focus on forming cells in a single run or non-incrementally without considering implementation, planning and capital investment issues. This paper proposes a mixed-integer goal programming model to deal with incremental cell formation problem, in which human factor is involved trying to minimize total material handling cost, operation time of workers and salary cost. Furthermore, an improved cooperative particle swarm optimization is developed to solve the model. At last, a simple experiment is given and it proves that the model and the proposed algorithm are effective.
机译:在过去的三十年中,已经开发出许多技术来解决细胞形成问题。但是,大多数研究人员只关注一次或不逐步形成单元,而不考虑实施,计划和资本投资问题。本文提出了一种混合整数目标规划模型来解决增量的单元格形成问题,其中涉及人为因素,试图使总的物料搬运成本,工人的操作时间和工资成本最小化。此外,开发了一种改进的协同粒子群优化算法来求解该模型。最后给出了一个简单的实验,证明了该模型和所提出的算法是有效的。

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