Human cognition inspired particle swarm optimization algorithm

M. Tanweer, S. Sundaram
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引用次数: 28

Abstract

This paper presents a human cognition inspired particle swarm optimization algorithm, and is referred as Cognition Inspired Particle Swarm Optimization (CIPSO). As suggested by the human learning psychology, the particles control the cognition based on their global performance and also the social cognition does not influence one-self directly based on his current knowledge. Hence, in the proposed CIPSO, the particle with global best explores more by only using cognitive component with increasing inertia and self-cognition, where as other particles use explore and exploit using self with entire dimension selection and random social cognition with randomly selected dimensions for updating velocities. The performance of the proposed CIPSO is evaluated using 10 benchmark test functions as suggested in CEC2005 [3]. The performance is also compared with different variants of PSO algorithms reported in the literature. The results clearly indicate that human cognition inspired PSO performs better for most functions than other PSO algorithms reported in the literature.
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人类认知启发的粒子群优化算法
提出了一种人类认知启发粒子群优化算法,称为认知启发粒子群优化算法(CIPSO)。人类学习心理学认为,粒子是根据自身的全局表现来控制认知的,而社会认知并不会根据自己的现有知识来直接影响自己。因此,在本文提出的CIPSO中,具有全局最优的粒子仅使用具有递增惯性和自我认知的认知成分进行更多的探索,而其他粒子则使用具有全维度选择的自我和随机选择维度的随机社会认知进行探索和开发。采用CEC2005[3]中建议的10个基准测试函数对拟议CIPSO的性能进行评估。性能也与文献中报道的PSO算法的不同变体进行了比较。结果清楚地表明,人类认知启发的粒子群算法在大多数功能上比文献中报道的其他粒子群算法表现更好。
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