Integration of Fuzzy and Deep Learning in Three-Way Decisions

L. Subhashini, Yuefeng Li, Jinglan Zhang, Ajantha S Atukorale
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引用次数: 6

Abstract

The problem of uncertainty is a challenging issue to solve in opinion mining models. Existing models that use machine learning algorithms are unable to identify uncertainty within online customer reviews because of broad uncertain boundaries. Many researchers have developed fuzzy models to solve this problem. However, the problem of large uncertain boundaries remains with fuzzy models. The common challenging issue is that there is a big uncertain boundary between positive and negative classes as user reviews (or opinions) include many uncertainties. Dealing with these uncertainties is problematic due in many frequently used words may be non-relevant. This paper proposes a three-way based framework which integrates fuzzy concepts and deep learning together to solve the problem of uncertainty. Many experiments were conducted using movie review and ebook review datasets. The experimental results show that the proposed three-way framework is useful for dealing with uncertainties in opinions and we were able to show that significant F-measure for two benchmark dataset.
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模糊学习与深度学习在三方决策中的集成
在意见挖掘模型中,不确定性问题是一个很有挑战性的问题。由于存在广泛的不确定边界,使用机器学习算法的现有模型无法识别在线客户评论中的不确定性。许多研究者开发了模糊模型来解决这个问题。然而,模糊模型仍然存在大不确定边界的问题。常见的挑战问题是,由于用户评论(或意见)包含许多不确定性,因此正面和负面类别之间存在很大的不确定边界。处理这些不确定性是有问题的,因为许多经常使用的单词可能是不相关的。本文提出了一种将模糊概念和深度学习相结合的基于三向的框架来解决不确定性问题。使用电影评论和电子书评论数据集进行了许多实验。实验结果表明,所提出的三方框架对于处理意见中的不确定性是有用的,并且我们能够证明两个基准数据集的F-measure是显著的。
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