Establishing large-scale wind turbine blade CAD model based on reverse engineering. - Wenlei Sun; Qing Tao 002; Jinsheng Kang; Zhuang Xiao Qiu (ICAC, 2013)

Application of JACK on evaluation of a split seat chair. - Qing Tao 002; Jinsheng Kang; Stephan Orphanides; Jie Hong; Wenlei Sun (ICAC, 2013)

The development of large-scale wind turbine blade redesign system. - Wenlei Sun; Qing Tao 002; Jinsheng Kang; Xiaoqiu Zhuang (ICAC, 2014)

The low-noise optimisation method for gearbox in consideration of operating conditions. - Qing Tao 002; Jianxing Zhou; Wenlei Sun; Jinsheng Kang (ICAC, 2014)

Study on the inherent characteristics of planetary gear transmissions. - Qing Tao 002; Jianxing Zhou; Wenlei Sun; Jinsheng Kang (ICAC, 2015)

Analysis of the sitting posture comfort based on motion capture system and JACK software. - Qing Tao 002; Jinsheng Kang; Wenlei Sun; Shoudong Wang; Zhao-bo Li (ICAC, 2017)

Evaluation of human upper limb motion comfort based on motion capture system. - Qing Tao 002; Zhao-bo Li; Jinsheng Kang (ICAC, 2018)

Upper limb muscle strength prediction based on motion capture and sEMG data. - Qing Tao 002; Zhaobo Li; Lili Liu; Shoudong Wang; Kaituo Zhang; Jiaze Ren; Jinsheng Kang (ICAC, 2019)

Bayesian Nonparametric Object Association for Semantic SLAM. - Jianbo Zhang; Liang Yuan; Teng Ran; Qing Tao 002; Li He (IEEE Robotics Autom. Lett., 2021)

Simultaneous Estimation of Hand Joints' Angles Toward sEMG-Driven Human-Robot Interaction. - Hai Wang; Qing Tao 002; Na Su; Xiaodong Zhang 023 (IEEE Access, 2022)

Compound motion decoding based on sEMG consisting of gestures, wrist angles, and strength. - Xiaodong Zhang 023; Zhufeng Lu; Chen Fan; Yachun Wang; Teng Zhang; Hanzhe Li; Qing Tao 002 (Frontiers Neurorobotics, 2022)

Deep Forest Model Combined with Neural Networks for Finger Joint Continuous Angle Decoding. - Wang Hai; Qing Tao 002 (ICIRA (6), 2023)

A fine sensing method of lower limb movement electromyography based on sparrow search algorithm optimised support vector machine*. - Yonglin Han; Qing Tao 002 (ROBIO, 2023)

Dynamic Muscle Fatigue State Recognition Based on Deep Learning Fusion Model. - Jingxuan Liu; Qing Tao 002; Bin Wu (IEEE Access, 2023)

An Improved Feature Extraction Method for Surface Electromyography Based on Muscle Activity Regions. - Luyao Ma; Qing Tao 002; Qingzheng Chen; Zirui Zhao (IEEE Access, 2023)

A dynamic detection and data association method based on probabilistic models for visual SLAM. - Jianbo Zhang; Liang Yuan; Teng Ran; Song Peng; Qing Tao 002; Wendong Xiao; Jianping Cui (Displays, 2024)

Ensemble Learning Method for the Continuous Decoding of Hand Joint Angles. - Hai Wang; Qing Tao 002; Xiaodong Zhang 023 (Sensors, 2024)

Human-Robot Coupling Dynamic Modeling and Simulation Analysis for Rehabilitation Walking-Assist Robot to Help Patient Training. - Yulu Zhang; Xiaodong Zhang 023; Tong Mu; Qing Tao 002; Peng Ni (ICECET, 2025)

Lower Limb Movement Recognition Based on a Hybrid Deep Learning Model Using Surface Electromyography. - Yonglin Han; Qing Tao 002 (IEEE Access, 2025)

CNN-based gesture recognition using raw numerical gray-scale images of surface electromyography. - Qingzheng Chen; Qing Tao 002; Muchao Zhang; Luyao Ma (Biomed. Signal Process. Control., 2025)

Multi-scale cascaded network with high-low frequency for low-light image enhancement. - Jianxing Wu; Teng Ran; Wendong Xiao; Liang Yuan; Qing Tao 002 (Comput. Graph., 2025)

A real-time system for fall prediction and protection with spatio-temporal graph neural network using multiple motion sensors. - Li Liu 001; Haoyu Xie; Xiaohu Li; Guorui Liao; Shu Wang 005; Changbo Liao; Shengfa Miao; Haimiao Wu; Li He; Jun Liao 001; Qing Tao 002 (Expert Syst. Appl., 2025)

HGGH-YOLO: Infrared image recognition based abnormal high temperature detection network for rollers. - Xiang Chen 025; Wendong Xiao; Teng Ran; Liang Yuan; Qing Tao 002; Li He (Digit. Signal Process., 2026)

Identifying non-small cell lung cancer subtypes by a hybrid representative causal network with computed tomography images. - Li Liu 001; Xueying Wang; Shanshan Huang 004; Zhengqiao Deng; Shu Wang 005; Guang Wu; Donglai Yang; Sixi Zha; Guoxin Su; Qing Tao 002 (Eng. Appl. Artif. Intell., 2026)

A constraint-based causal model for feature selection in cancer risk prognosis. - Li Liu 001; Qiwen Pang; Shanshan Huang 004; Shu Wang 005; Jun Liao 001; Guoxin Su; Ming Liu 007; Qing Tao 002 (Expert Syst. Appl., 2026)

A multi-channel spatio-temporal causal network model for cognitive load recognition with physiological signals. - Li Liu 001; Yue Xu; Shanshan Huang 004; Lei Wang 197; Shu Wang 005; Xinyu Yang; Ming Liu 007; Guoxin Su; Qing Tao 002 (Expert Syst. Appl., 2026)

Measuring cognitive load by a score-based causal network model with multichannel physiological signals. - Li Liu 001; Qiwen Pang; Shanshan Huang 004; Laiming Jiang; Shu Wang 005; Guang Wu; Guoxin Su; Qing Tao 002 (Neurocomputing, 2026)

Predicting prostate cancer risks by a deep causal learning network from magnetic resonance imaging images. - Li Liu 001; Shanshan Huang 004; Jiaxin Wu; Shu Wang 005; Shuang Qian; Lei Wang 197; Fayadh Alenezi; Xianping Zhang; Jun Liao 001; Kemal Polat; Qing Tao 002 (Inf. Sci., 2026)

A deep learning-based method for conveyor belt deviation detection with geometric constraints. - Wendong Xiao; Xiang Chen 025; Teng Ran; Liang Yuan; Qing Tao 002; Li He (J. Comput. Des. Eng., 2026)