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Fitness-Distance Balance with Functional Weights: A New Selection Method for Evolutionary Algorithms

机译:具有功能重量的健身 - 距离平衡:一种进化算法的新选择方法

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In 2019, a new selection method, named fitness-distance balance (FDB), was proposed. FDB has been proved to have a significant effect on improving the search capability for evolutionary algorithms. But it still suffers from poor flexibility when encountering various optimization problems. To address this issue, we propose a functional weights-enhanced FDB (FW). These functional weights change the original weights in FDB from fixed values to randomly generated ones by a distribution function, thereby enabling the algorithm to select more suitable individuals during the search. As a case study, FW is incorporated into the spherical search algorithm. Experimental results based on various IEEE CEC2017 benchmark functions demonstrate the effectiveness of FW.
机译:2019年,提出了一种新的选择方法,命名为健身 - 距离平衡(FDB)。 已经证明FDB对提高进化算法的搜索能力产生重大影响。 但在遇到各种优化问题时,它仍然存在差的灵活性。 要解决此问题,我们提出了功能权重增强FDB(FW)。 这些功能权重通过分布函数从固定值改变FDB中的原始权重,从而使算法能够在搜索期间选择更多合适的个体。 作为一个案例研究,FW被纳入球面搜索算法。 基于各种IEEE CEC2017基准函数的实验结果证明了FW的有效性。

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