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Mining fuzzy rules based on pattern trees

机译:基于模式树的模糊规则挖掘

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摘要

We develop a method to construct a fuzzy rule-based classifier which makes use of the pattern trees and Axiomatic Fuzzy Set (AFS) theory. The AFS framework supports a way on how to convert the information present in databases into the membership functions and their fuzzy logic operations. A selection index used for quantifying the discriminatory capabilities of the fuzzy concept was proposed. Being guided by the selection index, the antecedents of the fuzzy rules are selected from the fuzzy concepts which are found when using the pattern trees. The performance of the proposed classifier is compared with the results produced by classifiers commonly encountered in the literature when using ten datasets taken from the UCI Machine Learning Repository. It has been found that the accuracy on test data is higher than the ones produced by the other classifiers.
机译:我们开发了一种利用模式树和公理模糊集(AFS)理论构造基于模糊规则的分类器的方法。 AFS框架支持一种有关如何将数据库中存在的信息转换为隶属函数及其模糊逻辑运算的方式。提出了一种用于量化模糊概念判别能力的选择指标。在选择索引的指导下,从使用模式树时发现的模糊概念中选择模糊规则的前提。当使用从UCI机器学习存储库中获取的十个数据集时,将提出的分类器的性能与文献中常见的分类器产生的结果进行比较。已经发现,测试数据的准确性高于其他分类器产生的准确性。

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