A novel approach for feature fatigue analysis using HMM stemming and adaptive invasive weed optimisation with hybrid firework optimisation method

J. Midhunchakkaravarthy, S. Brunda
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引用次数: 2

Abstract

Due to the rapid growth of customer product reviews in e-commerce website makes the new online customer to analyse reviews to know about the features of the product that they want to buy. Integrating many features into a single product provides more attractive which makes the customer to buy that product, after worked with the high-feature product; the customer may get dissatisfied which eventually reduces the manufacturer's Customer Equity (CE). Thus, it is necessary to analyse the usability of the product. In this paper, k-optimal rule discovery technique with adaptive invasive weed optimisation is proposed to help designers to find an optimal feature that provides the decision supports for product designers to enhance the product usability using Hybrid firework optimisation. Then, the Feature Fatigue (FF) is alleviated efficiently. The proposed approaches are experimented and result shows that proposed work achieves 97% accuracy which is higher than existing work.
基于HMM词干和混合烟花优化的自适应入侵杂草优化的特征疲劳分析新方法
由于电子商务网站客户产品评论的快速增长,使得新的在线客户通过分析评论来了解他们想要购买的产品的特征。将许多功能集成到一个产品中,使客户在使用高功能产品后更有吸引力,从而购买该产品;顾客可能会感到不满意,最终降低了制造商的顾客权益。因此,有必要对产品的可用性进行分析。本文提出了基于自适应入侵杂草优化的k-最优规则发现技术,帮助设计人员找到最优特征,为产品设计人员使用混合烟花优化提高产品可用性提供决策支持。从而有效地缓解特征疲劳。实验结果表明,该方法的准确率达到97%,高于现有方法。
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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