Enhancing Teaching and Learning with Digital Storytelling. - Shuyan Wang; Hong Zhan (Int. J. Inf. Commun. Technol. Educ., 2010)

Fault Diagnosis Based on Multi-sensor Data Fusion for Numerical Control Machine. - Yan Wen; Ji-wen Tan; Hong Zhan; Xian-bin Sun (Int. J. Online Eng., 2016)

Understanding the Feedforward Artificial Neural Network Model From the Perspective of Network Flow. - Dawei Dai; Weimin Tan; Hong Zhan (CoRR, 2017)

Impedance Model-Based Optimal Regulation on Force and Position of Bimanual Robots to Hold an Object. - Darong Huang; Hong Zhan; Chenguang Yang 001 (Complex., 2020)

Adaptive dynamic programming enhanced admittance control for robots with environment interaction and actuator saturation. - Hong Zhan; Dianye Huang; Chenguang Yang 001 (Int. J. Intell. Robotics Appl., 2021)

Demonstration Shaped Reward Machine for Robot Assembly Reinforcement Learning Tasks. - Ruihong Xiao; Hong Zhan; Yiming Jiang 001; Chenguang Yang 001 (ICIRA (5), 2023)

Application of Hybrid Variable Admittance Force Tracking and Fixed-time Position Control for Robot Interaction Tasks. - Hong Zhan; Chao Zeng 002; Chenguang Yang 001 (ICCMA, 2024)

A Variable Parameter LoD Model Point Cloud Compression Method Based on Attention Mechanism. - Kainan Su; Yajing Zhou; Hong Zhan; Chenguang Yang 001 (ICIRA (9), 2024)

A Predefined Time Constrained Adaptive Fuzzy Control Method With Singularity-Free Switching for Uncertain Robots. - Yanli Fan; Hong Zhan; Yongming Li 002; Chenguang Yang 001 (IEEE Trans. Fuzzy Syst., 2024)

Neuro-Adaptive-Based Predefined-Time Smooth Control for Manipulators With Disturbance. - Yanli Fan; Chenguang Yang 001; Hong Zhan; Yongming Li 002 (IEEE Trans. Syst. Man Cybern. Syst., 2024)

Single-network based adaptive dynamic programming optimal control for robotic manipulator with joint limitation under input saturation. - Bin Li 078; Hong Zhan; Xiuyu Zhang; Chenguang Yang 001 (Int. J. Syst. Sci., 2024)

A Novel Robust Imitation Learning Framework for Complex Skills With Limited Demonstrations. - Weiyong Wang; Chao Zeng 002; Hong Zhan; Chenguang Yang 001 (IEEE Trans Autom. Sci. Eng., 2025)