Dilated Cardiomyopathy Metabolomics Data Classification Based on DAE-SVM Algorithm

Dilated Cardiomyopathy Metabolomics Data Classification Based on DAE-SVM Algorithm
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基于DAE-SVM算法的扩张型心肌病代谢组学数据分类

DOI:
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发表时间:
2019-02
影响因子:
0.2
通讯作者:
Renchu Guan
Renchu Guan
中科院分区:
医学4区
文献类型:
--
作者:
Mingyang Jiang;Yanchun Liang;Zhili Pei;Xiye Wang;Jingqing Jiang;Qinghu Wang;Renchu Guan

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提出了一种结合支持向量机的深度自动编码网络(DAE-SVM),用于代谢组学数据的整理。传统的特征提取和分类由于样本量小、参数高维、非线性、含噪声等特点,很难达到令人满意的效果。DAE使用隐藏层执行非线性转换,从而了解复杂的关系。它具有坚实的高阶表现能力,能够提取更复杂的代谢组学数据特征。本文采用Boltzmann机器完成DAE的预训练,采用共轭梯度法完成微调,支持向量机完成分类。在阐述的心肌病实际代谢组学数据上的实证结果表明,与现有的其他算法相比,该模型取得了最好的效果。
A novel deep auto-encoder network combined with support vector machine (DAE-SVM) are prepared for the arrangement of metabolomics data. Because of their small sample size, high-dimensional, nonlinear and noisy parameters, traditional feature abstraction and classifications are very difficult to achieve satisfactory results. DAE performs non-linear transformations with hidden layers, which can learn complex relationships. It has a solid capability to show high-order appearance and can excerpt more complicated characteristics of metabolomic data. This manuscript considers Boltzmann Machine to complete the pre-training of DAE, the conjugate gradient was adopted to complete the fine-tuning, and SVM completes the classification. Empirical results on actual metabolomics data of expound cardiomyopathy concluded the proposed model has attained best accomplishment compared to other extant algorithms.
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