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A New Maximum-Relevance Criterion for Significant Gene Selection

机译:用于重大基因选择的新的最大相关性准则

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Gene (feature) selection has been an active research area in microarray analysis. Max-Relevance is one of the criteria which has been broadly used to find features largely correlated to the target class. However, most approximation methods for Max-Relevance do not consider joint effect of features on the target class. We propose a new Max-Relevance criterion which combines the collective impact of the most expressive features in Emerging Patterns (EPs) and some popular independent criteria such as t-test and symmetrical uncertainty. The main benefit of this criterion is that by capturing the joint effect of features using EPs algorithm, it finds the most discriminative features in a broader scope. Experiment results clearly demonstrate that our feature sets improve the class prediction comparing to other feature selections.
机译:基因(特征)选择一直是微阵列分析中活跃的研究领域。最大相关性是广泛用于查找与目标类别很大程度上相关的要素的标准之一。但是,大多数最大相关性的近似方法都没有考虑要素对目标类的联合影响。我们提出了一个新的最大相关性准则,该准则结合了新兴模式(EP)中最具表现力的特征的集体影响以及一些流行的独立准则,例如t检验和对称不确定性。此标准的主要好处是,通过使用EPs算法捕获特征的联合效应,它可以在更广泛的范围内找到最具区分性的特征。实验结果清楚地表明,与其他功能选择相比,我们的功能集改善了类别预测。

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