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Multipopulation artificial bee colony algorithm based on a modified probability selectionmodel

机译:基于修改概率选择模型的多迁移人工蜂殖民地算法

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Artificial bee colony (ABC) performs excellently over many problems, but it has some shortcomings, such as weak exploitation as well as slow convergence. For the sake of dealing with these issues, a modified ABC known as MPABC is presented. Firstly, the entire population is partitioned into two different subpopulations at the stage of employed bees, and they use different search strategies. Then, a new probability selection strategy is designed on the basis of the principle of Soft Maximum function. Finally, a novel search method is constructed for improving the intensity of exploitation by gradually increasing the ratio of the current optimal solutions. In order to comprehensively validate the capability of MPABC, 12 benchmark problems are employed. Computational results clearly demonstrate MPABC surpasses the basic ABC and some other famous ABCs.
机译:人造蜜蜂殖民地(ABC)在许多问题上表现出色,但它有一些缺点,例如弱剥削以及缓慢的收敛。 为处理这些问题,提出了一种被称为MPABC的修改过ABC。 首先,整个人口在雇用蜜蜂的阶段被分成两个不同的群体,他们使用不同的搜索策略。 然后,基于软最大函数的原理设计新的概率选择策略。 最后,构造了一种新的搜索方法,用于通过逐渐增加当前最佳解决方案的比例来提高利用强度。 为了全面验证MPABC的能力,采用12个基准问题。 计算结果清楚地表明MPABC超越了基本的ABC和一些其他着名的ABC。

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