Xinhao Huang, Yongzheng Li, Biwei Wang, Lin Jiang, Liting Ding, Jiazheng Liu, Zeyu Chen (2026). Underactuated Merchant Ship Trajectory Tracking Control with Anti-Interference Capability Based on L1-LOS Guidance and Multi-Parameter PSO-PID Optimization. Advances in computer and materials science research..DOI
Mao-Long Xia, Yi-Tong Guo, Zu-Yi Cheng, Bo-Wen Sun, Nan Zhao, Weizhen Kong, Yongzheng Li (2026). An LSTM-enhanced progressive collapse method for ultimate strength prediction of hull girders considering initial geometric imperfections. Ocean Engineering.DOI
Xinhao Huang, Yongzheng Li, Biwei Wang, Liting Ding, Zeyu Chen, Jiazhen Liu (2025). Anti-Disturbance Path Tracking Control for USV Based on Quantum-Inspired Optimization and Dynamic Game Theory. Journal of Marine Science and Engineering.DOI
Ruo-Li Tang, Yongzheng Li, Shangyu Zhang (2025). Ship pipeline defect detection method based on deep learning and transfer fusion of ultrasonic guided wave signals. Applied intelligence (Boston).DOI
Yongzheng Li, Panpan Hou, Chen Cheng, Bi-Wei Wang (2025). Research on Collision Avoidance Methods for Unmanned Surface Vehicles Based on Boundary Potential Field. Journal of Marine Science and Engineering.DOI
Yongzheng Li, Jian Chen, Xiaofang Luo, Xu Bai (2024). A Multi-Constraint Planning Approach for Offshore Test Tasks for an Intelligent Technology Test Ship. Processes.DOI
Yongzheng Li, Bi-Wei Wang, Panpan Hou, Lin Jiang (2024). Using deep reinforcement learning for Autonomous Vessel Path Planning in Offshore Wind Farms. Proceedings of the 2024 International Conference on Industrial Automation and Robotics.DOI
Hong-tao Yuan, Yi Chen, Ming-Xin Li, Lin-Feng Chen, Xu Bai, Yongzheng Li (2024). Scale-sensitivity analysis for floating energy production system with anti-motion structure under high sea conditions. Frontiers in Energy Research.DOI
Mengge Liu, Ling-Fu Kong, Chen Cheng, Yongzheng Li (2023). Path tracking of unmanned surface vehicle based on improved adaptive sliding mode control algorithm. International Conference on Control and Intelligent Robotics.DOI