Multigene Genetic Programming Based Fuzzy Regression for Modelling Customer Satisfaction Based on Online Reviews

Hanan Yakubu, C. Kwong
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引用次数: 1

Abstract

As markets become increasingly competitive, most businesses have adopted modern practices that helps them to enhance the competitiveness of their products. Such practices involve the use of internet though which companies gain insights into the concerns of their customers. For instance, the proliferation of e-commerce websites has enabled consumers to voice their opinions on the products they have purchased. This study proposes a methodology for modelling customer satisfaction (CS) based on online reviews using a new multigene genetic programming based fuzzy regression (MGGP-FR). Polynomial structures of CS models were developed by employing the multigene genetic programming method. The fuzzy coefficients of the polynomial structures were then determined using the fuzzy regression analysis. The proposed method was illustrated using an electronic hair dryer as a case study. The validation test results indicated that MGGP-FR the outperformed the genetic programming based fuzzy regression and the fuzzy regression analysis in terms of prediction errors.
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基于多基因遗传规划的模糊回归在线评价顾客满意度建模
随着市场竞争的日益激烈,大多数企业都采用了现代实践来帮助他们提高产品的竞争力。这种做法涉及到互联网的使用,通过互联网,公司可以深入了解客户的担忧。例如,电子商务网站的激增使消费者能够对他们购买的产品发表意见。本研究提出了一种基于在线评论的客户满意度建模方法,该方法使用了一种新的基于多基因遗传规划的模糊回归(MGGP-FR)。采用多基因遗传规划方法建立了CS模型的多项式结构。然后利用模糊回归分析确定多项式结构的模糊系数。并以电子吹风机为例进行了说明。验证结果表明,MGGP-FR在预测误差方面优于基于遗传规划的模糊回归和模糊回归分析。
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