An accuracy adaptive breast tumor gene classification method

Yue Zhao, Luxuan Qu, Hongbing Hu, Lei Chen
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Abstract

The method on gene classification has been widely studied with the development of gene chip. Machine learning is the best choice to research the issue. But both traditional SVM and ELM cannot fulfill the requirement of high accuracy and short time. Therefore, in this paper, we propose a novel Accuracy Adaptive Extreme Learning Machine (A2-ELM) which can cover the shortage of traditional SVM and ELM in the fact of more dynamic. Firstly, we propose a method of feature selection and overview the property of traditional ELM. Then, an Accuracy of Adaptive ELM (A2-ELM) is developed, which can fulfill the requirement for accurately and rapidly. Finally, we conduct experiments on gene expression data to verify the dynamic and accurate of our proposed accuracy of adaptive ELM in classification gene expression data with experimental settings.
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一种准确的乳腺肿瘤基因自适应分类方法
随着基因芯片技术的发展,基因分类方法得到了广泛的研究。机器学习是研究这个问题的最佳选择。但是传统的SVM和ELM都不能满足高精度、短时间的要求。因此,在本文中,我们提出了一种新的精度自适应极限学习机(A2-ELM),它可以弥补传统支持向量机和ELM的不足,更具动态性。首先,我们提出了一种特征选择方法,并概述了传统ELM的特性。在此基础上,提出了一种精确、快速的自适应ELM (A2-ELM)。最后,我们对基因表达数据进行了实验,通过实验设置验证了我们提出的自适应ELM对基因表达数据分类准确率的动态性和准确性。
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