Survey of Rough and Fuzzy Hybridization

P. Lingras, Richard Jensen
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引用次数: 36

Abstract

This paper provides a broad overview of logical and black box approaches to fuzzy and rough hybridization. The logical approaches include theoretical, supervised learning, feature selection, and unsupervised learning. The black box approaches consist of neural and evolutionary computing. Since both theories originated in the expert system domain, there are a number of research proposals that combine rough and fuzzy concepts in supervised learning. However, continuing developments of rough and fuzzy extensions to clustering, neurocomputing, and genetic algorithms make hybrid approaches in these areas a potentially rewarding research opportunity as well.
粗糙与模糊杂交研究综述
本文提供了模糊和粗糙杂交的逻辑和黑箱方法的广泛概述。逻辑方法包括理论、监督学习、特征选择和无监督学习。黑盒方法包括神经计算和进化计算。由于这两种理论都起源于专家系统领域,因此有许多研究建议将粗糙和模糊概念结合起来进行监督学习。然而,对聚类、神经计算和遗传算法的粗糙和模糊扩展的持续发展使得这些领域的混合方法也成为潜在的有益的研究机会。
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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