Genetic Programming: Semantic point mutation operator based on the partial derivative error

Mario Graff, J. Flores, Jose Ortiz Bejar
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引用次数: 4

Abstract

There is a great interest in the Genetic Programming (GP) community to develop semantic genetic operators. Most recent approaches includes the genetic programming framework for symbolic regression called Error Space Alignment GP, the geometric semantic operators, and our previous work the semantic crossover based on the partial derivative error. To the best of our knowledge, there has not been a semantic genetic operator similar to the point mutation. In this contribution, we start filling this gap by proposing a semantic point mutation based on the derivative of the error. This novel operator complements our previous semantic crossover and, as the results show, there is an improvement in performance when this novel operator is used, and, furthermore, the best performance in our setting is the system that uses the semantic crossover and the semantic point mutation.
遗传规划:基于偏导数误差的语义点突变算子
遗传规划(GP)社区对开发语义遗传算子非常感兴趣。最近的方法包括用于符号回归的遗传规划框架,称为误差空间对齐GP,几何语义算子,以及我们之前基于偏导数误差的语义交叉。据我们所知,目前还没有类似于点突变的语义遗传算子。在本文中,我们通过提出基于误差导数的语义点突变来填补这一空白。该新算子对我们之前的语义交叉算子进行了补充,结果表明,当使用该新算子时,性能有所提高,并且在我们的设置中,使用语义交叉和语义点突变的系统性能最好。
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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