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Supervised Feature Subset Selection based on Modified Fuzzy Relative Information Measure for classifier Cart

机译:基于改进的模糊相对信息测度的分类车手控特征子集选择

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Feature subset selection is an essential task in data mining. This paper presents a new method for dealing with supervised feature subset selection based on Modified Fuzzy Relative Information Measure (MFRIM). First, Discretization algorithm is applied to discretize numeric features to construct the membership functions of each fuzzy sets of a feature. Then the proposed MFRIM is applied to select the feature subset focusing on boundary samples. The proposed method can select feature subset with minimum number of features, which are relevant to get higher average classification accuracy for datasets. The experimental results with UCI datasets show that the proposed algorithm is effective and efficient in selecting subset with minimum number of features getting higher average classification accuracy than the consistency based feature subset selection method.
机译:特征子集选择是数据挖掘中的基本任务。提出了一种基于改进的模糊相对信息测度(MFRIM)的监督特征子集选择方法。首先,应用离散化算法对数字特征进行离散化,以构造特征的每个模糊集的隶属函数。然后,将所提出的MFRIM应用于选择集中于边界样本的特征子集。所提出的方法可以选择具有最少特征数量的特征子集,这些特征子集与获得更高的数据集平均分类准确度有关。使用UCI数据集的实验结果表明,与基于一致性的特征子集选择方法相比,该算法在选择特征最少的子集方面有效且高效,并且平均分类精度更高。

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