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A Novel Tournament Selection Based Differential Evolution Variant for Continuous Optimization Problems

机译:连续优化问题的基于竞赛选择的新型差分进化变量

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Differential evolution (DE) is a powerful global optimization algorithm which has been studied intensively by many researchers in the recent years. A number of variants have been established for the algorithm that makes DE more applicable. However, most of the variants are suffering from the problems of convergence speed and local optima. A novel tournament based parent selection variant of DE algorithm is proposed in this research. The proposed variant enhances searching capability and improves convergence speed of DE algorithm. This paper also presents a novel statistical comparison of existing DE mutation variants which categorizes these variants in terms of their overall performance. Experimental results show that the proposed DE variant has significance performance over other DE mutation variants.
机译:差分进化(DE)是一种功能强大的全局优化算法,近年来,许多研究人员对其进行了深入研究。已经为算法建立了许多变体,使DE更适用。但是,大多数变体都存在收敛速度和局部最优的问题。本研究提出了一种新颖的基于比赛的DE算法父母选择变体。所提出的变体增强了搜索能力并提高了DE算法的收敛速度。本文还介绍了现有DE突变变体的新颖统计比较,将这些变体按其总体性能进行了分类。实验结果表明,提出的DE变体比其他DE突变体具有显着的性能。

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