首页> 外文期刊>Journal of medical systems >A robust multi-class feature selection strategy based on rotation forest ensemble algorithm for diagnosis of erythemato-squamous diseases.
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A robust multi-class feature selection strategy based on rotation forest ensemble algorithm for diagnosis of erythemato-squamous diseases.

机译:一种基于旋转森林集成算法的鲁棒多类特征选择策略,用于红斑鳞状疾病的诊断。

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摘要

In biomedical studies, accuracy of classification algorithms used in disease diagnosis systems is certainly an important task and the accuracy of system is strictly related to extraction of discriminatory features from data. In this paper, we propose a new multi-class feature selection method based on Rotation Forest meta-learner algorithm. The feature selection performance of this newly proposed ensemble approach is tested on Erythemato-Squamous diseases dataset. The discrimination ability of selected features is evaluated by the use of several machine learning algorithms. In order to evaluate the performance of Rotation Forest Ensemble Feature Selection approach quantitatively, we also used various and widely utilized ensemble algorithms to compare effectiveness of resultant features. The new multi-class or ensemble feature selection algorithm exhibited promising results in eliminating redundant attributes. The Rotation Forest selection based features demonstrated accuracies between 98% and 99% in various classifiers and this is a quite high performance for Erythemato-Squamous Diseases diagnosis.
机译:在生物医学研究中,疾病诊断系统中使用的分类算法的准确性无疑是一项重要的任务,并且系统的准确性与从数据中提取歧视性特征严格相关。本文提出了一种基于旋转森林元学习器算法的多类特征选择方法。在红斑鳞状疾病数据集上测试了这种新提出的集成方法的特征选择性能。通过使用几种机器学习算法来评估所选特征的辨别能力。为了定量评估轮作林集成特征选择方法的性能,我们还使用了各种广泛使用的集成算法来比较所得特征的有效性。新的多类或整体特征选择算法在消除冗余属性方面显示出令人鼓舞的结果。基于轮换森林选择的功能在各种分类器中显示出98%到99%的准确度,这对于红斑鳞状疾病的诊断具有相当高的性能。

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