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Assignment Staff with Dynamic Competencies in Multi-Projects & Multi-Periods : Modelling and Solving by a Hybridization of Ant Colony Algorithm

机译:多项目,多期间具有动态能力的任务分配人员:蚁群算法的混合建模与求解

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摘要

Management and optimization of human resources are a continuous challenge for the company faces the internal and external factors influencing its strategy. It consists of an optimal exploitation of competencies according to the needs and demands of tasks. But market evolutions, customer's requirements ...etc, force companies to adapt their workforce rapidly to these changes. Thus the staff training remains an appropriate method to meet its commitments, and also necessary to ensure employees the chance to work by improving and diversifying their competencies. In this work we are interesting in minimizing the costs due to actors competencies lack through optimizing the allocation of tasks to them. In the first section we present an overview of recent works done in the assignment of tasks to the human resources, which present our frame work. The second section is reserved to mathematical modelling of our problem by introducing constraints corresponding to the structuring of multi-projects and multi-periods using dynamic human resource competencies. In the third section, we present an overview on the ant colony algorithm (ACO), that we use in solving our problem. Finally, a detailed algorithm based on the ACO will be presented as a method of solving our problem with a numerical simulation.
机译:人力资源的管理和优化是一个持续的挑战,因为公司面临影响其战略的内外部因素。它包括根据任务的需要和能力的最佳利用。但是市场的发展,客户的要求等迫使公司迅速适应这些变化。因此,员工培训仍然是兑现其承诺的一种适当方法,也是确保员工通过提高和多样化其能力而工作的机会所必需的。在这项工作中,我们有兴趣通过优化任务分配给行为者的能力来最大程度地减少由于参与者能力不足而带来的成本。在第一部分中,我们概述了在将任务分配给人力资源方面最近完成的工作,这些工作介绍了我们的框架工作。第二部分保留给我们的问题的数学建模,方法是通过使用动态人力资源能力引入与多项目和多期间的结构相对应的约束。在第三部分中,我们概述了用于解决问题的蚁群算法(ACO)。最后,将介绍基于ACO的详细算法,作为通过数值模拟解决我们的问题的方法。

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