Relative Importance of Displays on the Operation Desk in a Locomotive Using Fuzzy Operators. - Zhiqiang Luo; Weining Fang; Henry Been-Lirn Duh (SMC, 2005)

Using Hand Grip Force as a Correlate of Longitudinal Acceleration Comfort for Rapid Transit Trains. - Beiyuan Guo; Weide Gan; Weining Fang (Sensors, 2015)

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)

Function Allocation Design of Subway Automatic Train Supervision System's Alarm Unit. - Jianxin Wang; Weining Fang; Beiyuan Guo; Ke Niu 003 (IEEM, 2019)

Accessible design of railway vehicle based on cognitive work analysis. - Yueyuan Chen; Weining Fang; Ke Niu 003; Huijun Liu (ITSC, 2019)

A team task complexity measure for emergency procedures in fully automatic metro. - Ke Niu 003; Weining Fang; Beiyuan Guo (Concurr. Comput. Pract. Exp., 2019)

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)

Impact of Speedometer Forms on Integration Task Performance for Train Driving. - Chenchen Gao; Weining Fang; Ke Niu 003; Jianxin Wang (AHFE (12), 2020)

Effect of Intercity Train Vehicle Layout on Boarding and Alighting. - Chen Wang; Weining Fang; Yueyuan Chen; Caifeng Li (AHFE (12), 2020)

A Layout Generation Algorithm for Unequal-Area Display and Control Console Considering Ergonomics. - Hanzhao Qiu; Weining Fang; Beiyuan Guo (IEEE Access, 2020)

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)

Human factors and automation in future railway systems. - Frédéric Vanderhaegen; Jean-Marie Burkhardt; Weining Fang; Anja Naumann; Grigore M. Havârneanu (Cogn. Technol. Work., 2021)

Mental workload evaluation and its application in train driving multitasking scheduling: a Timed Petri Net-based model. - Peng Wang 050; Weining Fang; Beiyuan Guo (Cogn. Technol. Work., 2021)

Conceptual Model Development of Dispatching Team Task Complexity for Metro Operating Control Center. - Ke Niu 003; Weining Fang; Qi Song; Beiyuan Guo (IEEE Intell. Transp. Syst. Mag., 2021)

An Evaluation Method for Emergency Procedures in Automatic Metro Based on Complexity. - Ke Niu 003; Weining Fang; Qi Song; Beiyuan Guo; Yihang Du; Yueyuan Chen (IEEE Trans. Intell. Transp. Syst., 2021)

Train Route Information Visual Distance Extension and Analysis of Driver Cognitive Reliability. - Junfeng Wang; Hanzhao Qiu; Junfeng Wang 002; Weining Fang; Guoqin Zhou (IEEE Trans. Reliab., 2021)

OMG-QA: Building Open-Domain Multi-Modal Generative Question Answering Systems. - Linyong Nan; Weining Fang; Aylin Rasteh; Pouya Lahabi; Weijin Zou; Yilun Zhao 001; Arman Cohan (EMNLP (Industry Track), 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)

Research on Enhanced Situation Awareness Model with DMI Visualization Cues for High-Speed Train Driving. - Aobo Wang; Beiyuan Guo; Ziwang Yi; Weining Fang (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)

Assessment of commanders' situation awareness: a study based on SEEV, QN-ACTR, and cognitive load. - Yunfeng Chen; Beiyuan Guo; Lei Ouyang; Weining Fang (Displays, 2025)