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Killer Whale Algorithm: An Algorithm Inspired by the Life of Killer Whale

机译:逆戟鲸算法:逆戟鲸生活启发的算法

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This paper proposed a new algorithm inspired by the life of Killer Whale. A group of Killer Whale called Matriline that consist of a leader and members. The leader’s duty searches prey position and the optimum direction to chase the prey, meanwhile chase the prey is performed by the members. Optimum direction means minimum direction and maximum velocity. Global optimum is obtained by comparing the results of member’s actions. In this algorithm, if value of objective function of members more than leader, hence the leader must find out another new potential prey. In order to obtain the performance of proposed algorithm, it is necessary to test the new algorithm together with other algorithm using known mathematical function that available in Comparing Continuous Optimizers (COCO) especially Black Box Optimization Benchmarking (BBOB). Optimization results show that the performances of purposed algorithm has outperformed than others algorithms such as Genetic Algorithm (GA), Imperialist Competitive Algorithm (ICA) and Simulated Annealing (SA).
机译:本文提出了一种新的算法,该算法受虎鲸的生活启发。一群名为Matriline的虎鲸,由领袖和成员组成。领导者的职责搜寻猎物的位置和最佳方向以追逐猎物,而追逐猎物则由成员执行。最佳方向表示最小方向和最大速度。通过比较成员行动的结果来获得全局最优。在该算法中,如果成员的目标函数的值大于领导者,则领导者必须找到另一个新的潜在猎物。为了获得所提出算法的性能,有必要使用比较连续优化器(COCO)特别是黑盒优化基准测试(BBOB)中可用的已知数学函数将新算法与其他算法一起测试。优化结果表明,目标算法的性能优于遗传算法(GA),帝国主义竞争算法(ICA)和模拟退火(SA)等其他算法。

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