The application research of improved cloud genetic annealing algorithm

Xiaolin Gu, Ming Huang, Xu Liang
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Abstract

Improved cloud genetic algorithm (ICGA) was proposed in this paper. ICGA combined the characteristics of the powerful global search capability of genetic algorithm (GA) and the powerful local search capability of simulated annealing (SA). The initial solution was generated by GA, the crossover probability (Pc) and the mutation probability (Pm) were generated by the characteristics of randomness and stable tendency of the droplets in the cloud models. Adopting the metropolis sampling process of the SA in the process of crossover and mutation operation, the obtained solution became the initial population of the genetic operations for further evolution. This structure effectively avoided the GA premature and defects of weak local search ability, which improved the search ability of the system. The simulation results further showed the effectiveness of the algorithm.
改进云遗传退火算法的应用研究
提出了一种改进的云遗传算法(ICGA)。ICGA结合了遗传算法(GA)强大的全局搜索能力和模拟退火(SA)强大的局部搜索能力的特点。初始解由遗传算法生成,交叉概率(Pc)和突变概率(Pm)由云模型中液滴的随机性和稳定趋势特征生成。在交叉和变异操作过程中,采用SA的大都市抽样过程,得到的解成为遗传操作的初始种群,供进一步进化。这种结构有效地避免了遗传算法的早熟和局部搜索能力弱的缺陷,提高了系统的搜索能力。仿真结果进一步证明了该算法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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