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Optimizaton using clonal selection algorithm and immune memory based on self-organizing map

机译:基于自组织映射的克隆选择算法和免疫记忆优化

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In this work an approach of integration of clonal selection algorithm and immune memory based on self-organizing map(SOM) is presented to solve optimization problem. Immune memory lays the foundation for a rapid and massive secondary response of immune system. Management of immune memory is important for improving performance and quality of optimum search using immune algorithm. The adaptive functionality of SOM is applied for emulation of the dynamic behavior of immune memory. From results obtained using proposed approach SOM-based management of immune memory can keep balance between exploration and exploitation for good solution quality and search performance. Besides SOM can improve the clonal selection algorithm in performance for multi-modal optimization search.
机译:本文提出了一种基于自组织映射(SOM)的克隆选择算法与免疫记忆集成的方法,以解决优化问题。免疫记忆为免疫系统快速大规模的次级反应奠定了基础。免疫记忆的管理对于提高使用免疫算法的最佳搜索的性能和质量非常重要。 SOM的自适应功能可用于模拟免疫记忆的动态行为。从使用提议的方法获得的结果来看,基于SOM的免疫内存管理可以在探索和利用之间保持平衡,以获得良好的解决方案质量和搜索性能。此外,SOM可以提高克隆选择算法在多模式优化搜索中的性能。

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