Migrating forager population in a multi-population Artificial Bee Colony algorithm with modified perturbation schemes

Subhodip Biswas, Souvik Kundu, Digbalay Bose, Swagatam Das, P. N. Suganthan, B. K. Panigrahi
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引用次数: 22

Abstract

Swarm Intelligent algorithms focus on imbibing the collective intelligence of a group of simple agents that can work together as a unit. This research article focus on a recently proposed swarm-based metaheuristic called the Artificial Bee Colony (ABC) algorithm and suggests modifications to the algorithmic framework in order to enhance its performance. The proposed ABC variant shall be referred to as MsABC_Fm (Multi swarm Artificial Bee Colony with Forager migration). MsABC_Fm maintains multiple swarm populations that apply different perturbation strategies and gradually migration of the population from worse performing strategy to the better mode of perturbation is promoted. To evaluate the performance of the algorithm, we conduct comparative study involving 8 algorithms and test the problems on 25 benchmark problems proposed in the Special Session on IEEE Congress on Evolutionary Competition 2005. The superiority of the MsABC_Fm approach is also highlighted statistically.
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基于修正扰动方案的多种群人工蜂群算法中的迁徙觅食者种群
群智能算法专注于吸收一组简单代理的集体智能,这些代理可以作为一个单元一起工作。本文研究了最近提出的一种基于群的元启发式算法——人工蜂群(Artificial Bee Colony, ABC)算法,并建议对算法框架进行修改以提高其性能。提出的ABC变体称为MsABC_Fm (Multi - swarm Artificial Bee Colony with Forager migration)。MsABC_Fm维持多个采用不同扰动策略的群体,促进群体从表现较差的扰动策略逐渐迁移到较好的扰动模式。为了评估算法的性能,我们对8种算法进行了比较研究,并在IEEE进化竞争大会2005年特别会议上提出的25个基准问题上对问题进行了测试。统计上也突出了MsABC_Fm方法的优越性。
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