Hybrid Genetic Algorithm based Fuzzy Inference System for Data Regression

S. Wong, Keem Siah Yap, Chin Hooi Tan
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Abstract

Regression analysis is one of the most popular methods of estimation or forecasting. For someone who is the non-domain expert to understand how the estimation decision is made, clarity and transparency of the regression model is required to reveal knowledge and information that evaluates the functional relationship between two objects, i.e., the independent and dependent objects the system represents. Hence, this paper presents the hybridization of Genetic Algorithm (GA) and Fuzzy Inference System (FIS)-based computational intelligence systems for tackling data regression problem (hereinafter denoted as GA-FIS-RG). With this regard, GA-FIS-RG first defines the membership functions with logical interpretation which is amendable by domain experts to human understanding, and then GA serves as an optimization tool to construct the best combination of rules in fuzzy inference system. For performance evaluations, we demonstrate the interpretability and applicability of GA-FIS-RG to data regression problems, i.e., the Santa-Fe Series-E and Auto MPG.
基于混合遗传算法的数据回归模糊推理系统
回归分析是最常用的估计或预测方法之一。对于非领域专家来说,要了解评估决策是如何做出的,就需要回归模型的清晰度和透明度,以揭示评估两个对象之间的功能关系的知识和信息,即系统所代表的独立和依赖对象。因此,本文提出了基于遗传算法(GA)和模糊推理系统(FIS)的混合计算智能系统来解决数据回归问题(以下简称GA-FIS- rg)。为此,GA- fis - rg首先定义具有逻辑解释的隶属函数,该隶属函数可由领域专家修改为人类理解,然后GA作为优化工具构建模糊推理系统中的最佳规则组合。对于性能评估,我们证明了GA-FIS-RG对数据回归问题的可解释性和适用性,即圣达菲系列- e和Auto MPG。
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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