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A Multi-Population Exploration-only Exploitation-only Hybrid on CEC-2020 Single Objective Bound Constrained Problems

机译:基于CEC-2020单目标有界约束问题的多人口仅勘探探索混合

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Many meta-heuristics attempt to “transition” a single algorithm from exploration to exploitation. Conversely, previous research has shown that it can be better for the two distinct tasks of exploration and exploitation to instead be performed by two distinct algorithms/mechanisms. This has led to the development of Exploration-only, Exploitation-only Hybrid search techniques. This paper presents a Multi-Population Exploration only Exploitation-only Hybrid in which exploitation occurs in one population while a global search strategy performs exploration in another population. Unlike a sequential hybrid, this hybridization allows the exploratory technique (in this case Unbiased Exploratory Search) to delay convergence (up to indefinitely) which allows the hybrid system to benefit from a large budget of function evaluations. The new hybrid is evaluated on the CEC2020 test suite in the special session and competition on single objective bound constrained numerical optimization.
机译:许多元启发式尝试试图将单个算法“转换”为从探索到开发的过程。相反,先前的研究表明,最好由两个不同的算法/机制来执行勘探和开发这两个不同的任务。这导致了仅探索,仅探索混合搜索技术的发展。本文介绍了仅在一个人群中进行多人口勘探的仅在杂交中进行开采的混合体,其中全局搜索策略在另一个人群中进行勘探。与顺序混合不同,此混合允许探索性技术(在这种情况下为“无偏探索性搜索”)延迟收敛(最多无限期),这使混合系统可以从功能评估的大量预算中受益。在特别会议上,将在CEC2020测试套件上对新混合动力车进行评估,并在单一目标范围约束的数值优化上进行竞争。

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