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An empirical study on the performance of factorial design based crossover on parametrical problems

机译:基于参数问题交叉设计的析因设计性能的实证研究

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In the past, empirical studies have shown that factorial design based crossover can outperform standard crossover on parametrical problems. However, up to now, no conclusion has been reached as to what kind of landscape factorial design based crossover outperforms standard crossover on. In this paper, we have tested the performance of a factorial design based crossover operator embedded in a classical genetic algorithm and investigated whether or not it outperforms the standard crossover operator on a set of benchmark problems. We found that the factorial design based crossover performed significantly better than the standard crossover operator on landscapes that have a single optimum.
机译:过去,经验研究表明,基于阶乘设计的交叉可以胜过参数问题上的标准交叉。但是,到目前为止,关于哪种基于景观因子设计的分频器在性能上优于标准分频器还没有得出任何结论。在本文中,我们测试了嵌入经典遗传算法中的基于因子设计的交叉算子的性能,并研究了它在一系列基准问题上是否优于标准交叉算子。我们发现,基于阶乘设计的分频器在具有单个最佳条件的景观上的性能明显优于标准分频器。

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