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An Empirical Comparison of Differential Evolution Variants on Different Classes of Unconstrained Global Optimization Problems

机译:不同类别不受约束全局优化问题差分演化变异的实证比较

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This paper presents an empirical analysis of the performance of Differential Evolution (DE) variants on different classes of unconstrained global optimization benchmark problems. This analysis has been undertaken to identify competitive DE variants which perform reasonably well on a range of problems with different features. Towards this, fourteen DE variants were implemented and tested on 14 high dimensional benchmark functions grouped by their modality and decomposability viz., unimodal separable, unimodal nonseparable, multimodal separable and multimodal nonseparable. This extensive performance analysis provides some insight about the competitiveness of DE variants in solving test problems with representative landscape features such as modality and decomposability.
机译:本文提出了对不同类别无约束全球优化基准问题的差分演化(DE)变体的性能的实证分析。已经开展了该分析以确定竞争的de变体,这些竞争DE变体在不同特征的一系列问题上进行合理良好。为此,实现了四四的DE变体,并通过其模态和分解性Qiz分组的14个高维基准函数进行了测试和测试。,单峰可分离,单峰的非分子,多模式可分离和多模式不可分割。这种广泛的性能分析对De Variants在解决模型和分解性等代表性景观特征的测试问题方面的竞争力提供了一些洞察力。

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