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首页> 外文期刊>American Journal of Software Engineering and Applications >The Analysis of GCFS Algorithm in Medical Data Processing and Mining
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The Analysis of GCFS Algorithm in Medical Data Processing and Mining

机译:医学数据处理和采矿中GCFS算法的分析

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Feature selection plays a significant part in medical data processing and mining, it can reduce the dimensionalities of datasets and enhance the performance of the classifiers, and it is also helpful to clinical decision support to a great extent. At present, the clinical decision support is more performed by physicians subjectively based on clinical knowledge, which may hinder the diagnosis and treatment. This paper mainly outlines the performance of GCFS (Genetic Correlation-based Feature Selection) algorithm in the processing and mining procedure of medical data, and medical UCI datasets are employed as the studied materials for proving the improvement of feature selection in data classification. Compared with the algorithms of CFS and GA (Genetic Algorithm), ensemble learning methods are employed as the testing classifiers, and the results show GCFS algorithm almost improves the performances of the testing classifiers better than CFS and GA.
机译:特征选择在医疗数据处理和挖掘中扮演很大一部分,它可以减少数据集的尺寸,增强分类器的性能,并且在很大程度上也有助于临床决策支持。 目前,基于临床知识的医生主观地由医生主观地进行临床决策支持,这可能阻碍诊断和治疗。 本文主要概述了医疗数据的处理和采矿过程中GCFS(基于遗传相关的特征选择)算法的性能,而医疗UCI数据集用作用于证明数据分类中特征选择的改进的研究。 与CFS和GA(遗传算法)的算法相比,使用集合学习方法作为测试分类器,结果显示GCFS算法几乎改善了比CFS和GA更好地提高了测试分类器的性能。

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