Assessing impacts of data volume and data set balance in using deep learning approach to human activity recognition. - Haipeng Chen; Fuhai Xiong; Dihong Wu; Lingxiang Zheng; Ao Peng; Xuemin Hong; Biyu Tang; Hai Lu; Haibin Shi; Huiru Zheng (BIBM, 2017)

Research on Classification of Patient-ventilator Asynchrony Using Permutation Disalignment Index. - Xiaohao Qiao; Huihui Li; Bo Wang; Fuhai Xiong; Yan Yan 022; Lei Wang 029 (BioCAS, 2021)

A Comparative Study of Deep Learning Models for Patient-Ventilator Asynchrony Classification using Phase Space Reconstruction. - Liang Ma; Fuhai Xiong; Zhiwen Huang; Olatunji Mumini Omisore; Lei Wang 029; Yan Yan 022 (BioCAS, 2023)

A Novel Human Activity Recognition Framework Based on Pre-Trained Foundation Model. - Fuhai Xiong; Junxian Wang; Yushi Liu 001; Xudong Yan; Kamen Ivanov; Lei Wang 029; Yan Yan 022 (BIBM, 2024)

Topological Nonlinear Analysis of Dynamical Systems for Patient-Ventilator Asynchrony Events Recognition in Mechanical Ventilation. - Fuhai Xiong; Zhiwen Huang; Yushi Liu; Hao Yang; Lei Wang; Yan Yan (BioCAS, 2024)

Topological Data Analysis for Robust Gait Biometrics Based on Wearable Sensors. - Yushi Liu 001; Kamen Ivanov; Junxian Wang; Fuhai Xiong; Jiahong Wang; Min Wang; Zedong Nie; Lei Wang 029; Yan Yan 022 (IEEE Trans. Consumer Electron., 2024)