Evaluation of a Novel Bees Algorithm for Improvement of Genetic Algorithms in a Classification Model

A. Jamshidnezhad, Md. Jan Nordin
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Abstract

A major issue which divides the colony insects algorithms from the classical Genetic Algorithms is higher performance of the those natural based algorithms in comparison with the classical types. Processing times, Local optima problem and low accuracy in the complex optimization problems are the most important lacks of classical Genetic Algorithms. In this article a novel hybrid Bees Algorithm is proposed to optimizes the performance of a Fuzzy classification while the limited raw input data as the features are used. In this model, the proposed Bees Algorithm simulates the honey bees behaviour in the offspring generation process called Bee Royalty Offspring Algorithm (BROA) to improve the training process of classic Genetic Algorithm. The evaluation results illustrated that the BROA improves considerably the accuracy rate and the performance of the training process of classical Genetic Algorithms.
一种改进分类模型遗传算法的新型蜜蜂算法的评价
将群体昆虫算法与经典遗传算法区分开来的一个主要问题是这些基于自然的算法与经典遗传算法相比具有更高的性能。经典遗传算法在复杂优化问题中存在处理时间长、局部最优问题和精度低等缺陷。本文提出了一种新的混合蜜蜂算法来优化模糊分类的性能,同时使用有限的原始输入数据作为特征。在该模型中,提出的蜜蜂算法模拟了蜜蜂在后代生成过程中的行为,称为蜜蜂王权后代算法(Bee Royalty offspring Algorithm,简称BROA),以改进经典遗传算法的训练过程。评价结果表明,该方法显著提高了经典遗传算法训练过程的准确率和性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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