类算法:基于分工和专业化的进化

Yangyang Chang, G. Sobelman
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引用次数: 1

摘要

本文提出了一种新型的进化算法——类算法。这种方法论受到劳动分工和专业化概念的启发。个体形成不同类别的亚种群,其中每个类别都有自己的特征。整个种群通过不同亚种群内部和之间个体的相互影响而进化。该方法可以应用于连续和离散问题域。对于单目标连续优化基准问题的许多测试函数,类算法的性能优于其他进化算法。该算法还显示出解决大规模离散优化问题的能力。
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The Class Algorithm: Evolution Based on Division of Labor and Specialization
This paper proposes the class algorithm, a new type of evolutionary algorithm. The methodology is inspired by the concepts of division of labor and specialization. Individuals form subpopulations of different classes, where each class has its own characteristics. The entire population evolves through influences among individuals within and between the different subpopulations. The proposed approach can be applied in both continuous and discrete problem domains. The performance of the class algorithm surpasses other evolutionary algorithms for many test functions of single-objective continuous optimization benchmark problems. The class algorithm also shows a competent ability to solve the large-scale discrete optimization problems.
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