112 / 2021-07-30 20:32:23
An Enhanced Intelligent Fault Diagnosis Method to Combat Label Noise
终稿
Hulin Ruan / Chongqing university;College of Mechanical and Vehicle Engineering
Yi Wang / Chongqing University;College of Mechanical and Vehicle Engineering; Chongqing University;State Key Laboratory of Mechanical Transmission
Yi Qin / Chongqing university;College of Mechanical and Vehicle Engineering;State Key Laboratory of Mechanical Transmission
Baoping Tang / Chongqing university;State Key Laboratory of Mechanical Transmission
Despite the excellent performance achieved by deep learning-based fault diagnosis approaches, however, the

fault diagnosis under noisy labels is remaining a problem that need to be solved. Due to its complex network structure, the deep learning model can easily fit the noisy labels, which degrades the fault classification performance of deep model. Aiming at the aforementioned issue, this paper proposes a novel noisy label

learning method. Based on Gaussian mixture model, Coteaching technique and semi-supervised learning strategy, the noisy labels are filtered out, refined and reassigned subsequently based on the estimated clean possibility and model prediction. In order to combat the negative effects caused by noisy labels, a more robust training strategy and training goal are presented. The extensive experimental results show the superiority of the proposed method compared with traditional approaches.
重要日期
  • 会议日期

    10月21日

    2021

    10月23日

    2021

  • 10月26日 2021

    注册截止日期

主办单位
Southeast University, China
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