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Human-Centered Automatic Tracking System for Underactuated Hovercraft Based on Adaptive Chattering-Free Full-Order Terminal Sliding Mode Control., , , и . IEEE Access, (2018)Fault-tolerant control of dynamic positioning vessel after thruster failures using disturbance decoupling methods., , и . ICAL, стр. 433-437. IEEE, (2011)An Online Path Planning method based on Hybrid quantum Ant Colony Optimization for AUV., , , и . Int. J. Robotics Autom., (2018)A Robust Finite-Time Output Feedback Control Scheme for Marine Surface Vehicles Formation., и . IEEE Access, (2018)A synchronization motion control algorithm for multiple dynamic positioning vessels., , , и . ICAL, стр. 260-265. IEEE, (2012)Adaptive dynamic surface tracking control for dynamic positioning cable laying vessel., , , и . ICAL, стр. 266-271. IEEE, (2012)Adaptive backstepping sliding mode controller design for dynamic positioning ship., , , и . ICIA, стр. 323-326. IEEE, (2017)Robust course control for air cushion vehicle via novel sigmoid function differential disturbance observer., , , и . ICIA, стр. 327-332. IEEE, (2017)ESO-based Line-of-Sight Guidance Law for Path Following of Air Cushion Vehicle with Exact Drift Angle Compensation., , и . ICIA, стр. 511-516. IEEE, (2018)Research on Hovercraft Motion Prediction Based on Compound prediction., , , , , и . ROBIO, стр. 2256-2262. IEEE, (2019)