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Superior relation‐based firefly algorithm for superior solution set search problem

机译:卓越的基于关系的萤火虫算法,用于卓越解决方案集搜索问题

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In this paper, we analyze the properties of the superior solution set search (SSSS) problem and point out the structural similarities between it and the multiobjective optimization problem. Based on the analyzed properties, we propose a new Firefly algorithm (FA) based on superior relations, which can search for the superior solution set by using the user's quantitative desire level as a search strategy. By introducing the distance of the problem space into the moving mechanism, FA makes it possible to search for multiple local optimal solutions by dividing the solution set into multiple groups. By analyzing this property of FA, we clarify the affinity between FA and the SSSS problem. We subsequently analyze the SSSS problem and FA, and discuss their properties together in a similar problem setting. We propose an FA based on superior relations as a new optimization technique for the superior solution set problem based on these analyses. Numerical experiments are then conducted using the SSSS problem and demonstrate the usefulness of the proposed method by comparing the performance of the proposed method with the conventional FA. ? 2019 Institute of Electrical Engineers of Japan. Published by John Wiley & Sons, Inc.
机译:在本文中,我们分析了Superior Solution Set sear搜索(SSSS)问题的属性,并指出IT与多目标优化问题之间的结构相似性。基于分析的属性,我们根据卓越关系提出了一种新的萤火虫算法(FA),该算法可以通过使用用户的定量欲望级作为搜索策略来搜索设置的优越解决方案。通过将问题空间的距离引入移动机构中,FA可以通过将设置设置为多个组来搜索多个局部最佳解决方案。通过分析FA的这一属性,我们阐明了FA和SSSS问题之间的亲和力。随后,我们分析了SSSS问题和FA,并在类似的问题设置中一起讨论它们的属性。我们根据这些分析提出了基于卓越关系的FA作为卓越解决方案集问题的新优化技术。然后使用SSS问题进行数值实验,并通过将所提出方法的性能与常规FA进行比较,证明了所提出方法的有用性。 ? 2019年日本电气工程师研究所。由John Wiley&amp出版Sons,Inc。

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