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A method for regularization of evolutionary polynomial regression

机译:进化多项式回归正则化方法

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While many applications require models that have no acceptable linear approximation, the simpler nonlinear models are defined by polynomials. The use of genetic algorithms to find polynomial models from data is known as evolutionary polynomial regression (EPR). This paper introduces evolutionary polynomial regression with regularization, an algorithm extending EPR with a regularization term to control polynomial complexity. The article also describes a set of experiences to compare both flavors of EPR against other methods including linear regression, regression trees and support vector regression. These experiments show that evolutionary polynomial regression with regularization is able to achieve better fitting and needs less computation time than plain EPR. (C) 2017 Elsevier B.V. All rights reserved.
机译:虽然许多应用需要没有可接受的线性近似的模型,但是更简单的非线性模型由多项式定义。 使用遗传算法来查找来自数据的多项式模型被称为进化多项式回归(EPR)。 本文介绍了正规化的进化多项式回归,延伸了EPR的算法,以正则化术语控制多项式复杂性。 本文还描述了一系列经验,可以比较所有epr的味道与其他方法,包括线性回归,回归树和支持向量回归。 这些实验表明,与正则化的进化多项式回归能够实现比普通EPR更好的拟合并需要较少的计算时间。 (c)2017 Elsevier B.v.保留所有权利。

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