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Integrating genetic algorithms and interactive simulations for airbase logistics planning

机译:集成遗传算法和交互式模拟进行空军基地后勤计划

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There is a need for a modeling approach that can integrates simulation with human interaction and optimization to exploti the analyst's ability in addressing difficult-to-quantify issues while utilizing computer models and algorithms to perform complex computations in systems analysis. In this paper, we present an approach that integrates human interaction with simulations and genetic algorithms for the repair-time analysis problem in airbase logistics. We present the integrative approach along with the computer system implementation, and evaluation in the context of a realistic repair time analysis problem.
机译:需要一种建模方法,该方法可以将模拟与人机交互和优化集成在一起,以发挥分析师解决难以量化问题的能力,同时利用计算机模型和算法在系统分析中执行复杂的计算。在本文中,我们提出了一种将人机交互与仿真和遗传算法相结合的方法,用于解决空军基地后勤的维修时间分析问题。我们介绍了集成方法以及计算机系统的实现,并结合了实际维修时间分析问题进行了评估。

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