Real-Time Eye-Interaction System Developed with Eye Tracking Glasses and Motion Capture. - Haifeng Bao; Weining Fang; Beiyuan Guo; Peng Wang 050 (AHFE (24), 2017)

Supervisors' Visual Attention Allocation Modeling Using Hybrid Entropy. - Haifeng Bao; Weining Fang; Beiyuan Guo; Peng Wang 050 (Entropy, 2019)

Real-time wide-view eye tracking based on resolving the spatial depth. - Haifeng Bao; Weining Fang; Beiyuan Guo; Jianxin Wang (Multim. Tools Appl., 2019)

Influence of the Installation Position of Submersible Pumps on Deposition Characteristics in Prefabricated Pumping Stations. - Kai Wang 034; Haifeng Bao; Houlin Liu; Zixu Zhang; Jianbin Hu (Symmetry, 2020)

Real-Time Ergonomic Assessment of Human-Machine Interface Layout Using Virtual Reality Reproduction. - Haifeng Bao; Beiyuan Guo; Qungao Ni; Jianxin Wang (AHFE (3), 2021)

A Feasibility Study of Virtual Reality Technology in Guidance Design of Underground Space. - Hanzhao Qiu; Weining Fang; Haifeng Bao; Xiangxue Wang (AHFE (3), 2021)

The Influence of Automation Failure on the Automation Trust of High-Speed Railway Driver's Monitoring Operation. - Jianxin Wang; Weining Fang; Haifeng Bao (AHFE (3), 2021)

Impact of Automation at Different Cognitive Stages on High-Speed Train Driving Performance. - Aobo Wang; Beiyuan Guo; Hao Du; Haifeng Bao (IEEE Trans. Intell. Transp. Syst., 2022)

Method of 3D Coating Accumulation Modeling Based on Inclined Spraying. - Danyang Yu; Chengzhi Su; Enguo Wang; Haifeng Bao; Fuheng Qu (Sensors, 2024)

The Effect of Task Interruption on Working Memory Performance. - Yueyuan Chen; Weining Fang; Haifeng Bao; Beiyuan Guo (Hum. Factors, 2024)

Adaptive Human-Computer Interface Design for Supervision Task Based on User Attention and System State. - Haifeng Bao; Weining Fang; Beiyuan Guo; Hanzhao Qiu (Int. J. Hum. Comput. Interact., 2024)

Non-contact detection of mental fatigue from facial expressions and heart signals: A self-supervised-based multimodal fusion method. - Shengjian Hu; Weining Fang; Haifeng Bao; Tianlong Zhang (Biomed. Signal Process. Control., 2025)