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Adoptive population differential evolution with local search for solving large scale global optimization

机译:局部搜索的自适应种群差分进化,用于解决大规模全局优化

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Due to real-world optimization problems become increasingly complex. Algorithms are with higher efficiency and higher solution searching ability for finding global optimal solution in reasonable computing time is always needed. Thus, in this paper, an improved DE is proposed for solving large scale global optimization. The proposed method is incorporated with the population manager to eliminate redundant particles or to hire new ones or to maintain population size according to the solution searching status to make the process more efficient. Besides, a local search strategy is also involved to enhance population's solution search ability. Experiments were conducted on ten CEC 2012 test functions to present performance of the proposed method. The proposed method exhibits better performance than other three related works in solving most test functions.
机译:由于实际优化,问题变得越来越复杂。为了在合理的计算时间内找到全局最优解,一直需要效率更高的算法和更高的解搜索能力。因此,本文提出了一种改进的DE用于解决大规模全局优化问题。所提出的方法与种群管理器结合使用,可以根据解决方案的搜索状态消除多余的粒子或租用新的粒子,或维持种群规模,从而使流程更高效。此外,还采用了本地搜索策略来提高人口的解决方案搜索能力。对十项CEC 2012测试功能进行了实验,以展示所提出方法的性能。所提出的方法在解决大多数测试功能方面表现出比其他三个相关工作更好的性能。

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