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Niching particle swarm optimization with local search for multi-modal optimization

机译:通过局部搜索对粒子群进行小生境优化以实现多模式优化

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摘要

Multimodal optimization is still one of the most challenging tasks for evolutionary computation. In recent years, many evolutionary multi-modal optimization algorithms have been developed. All these algorithms must tackle two issues in order to successfully solve a multi-modal problem: how to identify multiple global/local optima and how to maintain the identified optima till the end of the search. For most of the multi-modal optimization algorithms, the fine-local search capabilities are not effective. If the required accuracy is high, these algorithms fail to find the desired optima even after converging near them. To overcome this problem, this paper integrates a novel local search technique with some existing PSO based multimodal optimization algorithms to enhance their local search ability. The algorithms are tested on 14 commonly used multi-modal optimization problems and the experimental results suggest that the proposed technique not only increases the probability of finding both global and local optima but also reduces the average number of function evaluations.
机译:多峰优化仍然是进化计算中最具挑战性的任务之一。近年来,已经开发了许多进化的多模式优化算法。为了成功解决多模式问题,所有这些算法必须解决两个问题:如何识别多个全局/局部最优值,以及如何在搜索结束之前保持所识别的最优值。对于大多数多模式优化算法,精细局部搜索功能无效。如果所需的精度很高,那么即使在它们附近收敛后,这些算法也无法找到所需的最优值。为了克服这个问题,本文将一种新颖的局部搜索技术与一些现有的基于PSO的多峰优化算法相结合,以增强其局部搜索能力。该算法在14个常用的多模式优化问题上进行了测试,实验结果表明,该技术不仅增加了找到全局和局部最优的可能性,而且减少了函数求值的平均次数。

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