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首页> 外文期刊>Proceedings of the Workshop on Principles of Advanced and Distributed Simulation >SIMULATION-BASED OPTIMIZATION FOR SEMICONDUCTOR MANUFACTURING USING HYPER-HEURISTICS
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SIMULATION-BASED OPTIMIZATION FOR SEMICONDUCTOR MANUFACTURING USING HYPER-HEURISTICS

机译:基于逻辑的基于超优化的半导体制造优化

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In semiconductor manufacturing we face many intricate scheduling problems. Simulation-based scheduling is a promising approach to deal with them. In conjunction with a metaheuristic we can solve many problem instances in a satisfactory manner. Nevertheless the quality of the results varies across the range of diverse challenges. Instead of performing extensive tests to determine the best metaheuristic and the optimal parameter setting for each case we propose the use of hyper-heuristics. A hyper-heuristic manages multiple metaheuristics to generate a solution for a broad field of applications. This paper will introduce two hyper-heuristics, one is an extended particle swarm algorithm the other is an integrated approach based on an evolutionary algorithm.
机译:在半导体制造中,我们面临许多复杂的调度问题。基于仿真的调度是一种有前途的解决方案。结合元启发法,我们可以令人满意的方式解决许多问题实例。然而,结果的质量因各种挑战而异。与其执行大量的测试来确定每种情况的最佳元启发式方法和最佳参数设置,我们建议使用超启发式方法。超启发式管理多种元启发式方法,以生成适用于广泛应用程序的解决方案。本文将介绍两种超启发式算法,一种是扩展的粒子群算法,另一种是基于进化算法的集成方法。

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