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Symbiosis, Synergy and Modularity: Introducing the Reciprocal Synergy Symbiosis Algorithm

机译:共生,协同作用和模块化:介绍互核协同合作共生算法

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Symbiosis, the collaboration of multiple organisms from different species, is common in nature. A related phenomenon, symbiogenesis, the creation of new species through the genetic integration of symbionts, is a powerful alternative to crossover as a variation operator in evolutionary algorithms. It has inspired several previous models that use the repeated composition of preadapted entities. In this paper we introduce a new algorithm utilizing this concept of symbiosis which is simpler and has a more natural interpretation when compared with previous algorithms. In addition it achieves success on a broader class of modular problems than some prior methods.
机译:共生,来自不同物种的多种生物的合作,本质上是常见的。一种相关的现象,SymbiEnses,通过Symbionts的遗传整合创建新物种,是作为进化算法中的变形算子交叉的强大替代方案。它启发了几种使用重复组成的预期实体的先前模型。在本文中,我们介绍了一种新的算法,利用这种共生概念,与先前的算法相比,更简单,并且具有更自然的解释。此外,它取得了比某些先前的方法更广泛的模块化问题成功。

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