基于差分进化的多模态优化六种模因策略研究

Ferrante Neri, Matthew Todd
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引用次数: 1

摘要

本文对模因策略进行了实验研究,以提高基于种群的多模态优化元启发式算法的性能。这项工作的目的是设计一些关于算法设计的建议,以允许本地搜索和小生境技术的成功结合。提出了六种模因策略,并在五种基于种群的算法上进行了测试,并赋予了小生境技术。实验结果清楚地表明,局部搜索在峰值比和成功率方面都提高了框架的多模态优化性能。最有希望的结果是由使用存档的变体获得的,该存档可以预先选择进行局部搜索的解决方案,从而避免了计算浪费。此外,通过在选择过程中使用模拟退火逻辑来降低基于种群的框架的开发压力的变体,将开发任务留给局部搜索,获得了令人满意的结果。
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A Study on Six Memetic Strategies for Multimodal Optimisation by Differential Evolution
This paper presents an experimental study on memetic strategies to enhance the performance of population-based metaheuristics for multimodal optimisation. The purpose of this work is to devise some recommendations about algorithmic design to allow a successful combination of local search and niching techniques. Six memetic strategies are presented and tested over five population-based algorithms endowed with niching techniques. Experimental results clearly show that local search enhances the performance of the framework for multimodal optimisation in terms of both peak ratio and success rate. The most promising results are obtained by the variants that employ an archive that pre-selects the solutions undergoing local search thus avoiding computational waste. Furthermore, promising results are obtained by variants that reduce the exploitation pressure of the population-based framework by using a simulated annealing logic in the selection process, leaving the exploitation task to the local search.
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