Area of research
Biomedical Engineering · Civil and Structural Engineering
Research interest
Research interests include Robotic Locomotion and Control, Soil Mechanics and Vehicle Dynamics, Planetary Science and Exploration, and Control and Dynamics of Mobile Robots.
KCFRC: Kinematic Collision-Aware Foothold Reachability Criteria for Legged Locomotion
Legs-as-Arms: A Multitask Reinforcement Learning Framework for Simultaneous Loco-Manipulation in Hexapod Robots
A Lyapunov-Based Event-Triggered Model Predictive Control Approach for Safe Tracking Control of Discrete-Time Nonlinear Systems
Wheel Ground Clearance Control for Lunar Rover’s Active Suspension: A Dual-Objective Cooperative Static Output-Feedback H∞ Controller Under Interest Bandwidth
A dual-layer multi-objective optimization method for structural and legged mechanism integrated design of heavy-duty hexapod robots
Trajectory Tracking Control of Wheeled Mobile Manipulators With Joint Flexibility via Virtual Decomposition Approach
Trilateral Shared Control of a Dual-User Haptic Tele-Training System for a Hexapod Robot With Adaptive Authority Adjustment
Imitation-Enhanced Reinforcement Learning With Privileged Smooth Transition for Hexapod Locomotion
Sensorless End-Effector Force Estimation of Multi-DOF Manipulators Using Semiparametric Joint Model and Generalized Momentum Observer
Torque Coordinated Control of Six-Wheeled Planetary Rovers Based on Wheel–Terrain Interaction
LNO-Driven Deep RL-MPC: Hierarchical Adaptive Control Architecture for Dynamic Legged Locomotion
Autonomous Creeping Mode Control for Traction Enhancement and Energy Optimization in Self-Reconfigurable Wheeled Mobile Robots
Estimation of Slip Ratio and Side Slip Angle of Wheeled Planetary Rovers Based on Trace Imprint
Whole-Body Constrained Learning for Legged Locomotion via Hierarchical Optimization
Contact Planning for Multilegged Robots Under Constraints Through Parallel MCTS
A Novel Inflated Tube Robot With External Multimodal Shaping Joint Mechanism
Variable Wheelbase Control of Wheeled Mobile Robots With Worm-Inspired Creeping Gait Strategy
NN-Based Reinforcement Learning Optimal Control for Inequality-Constrained Nonlinear Discrete-Time Systems With Disturbances
A Closed-Loop Shared Control Framework for Legged Robots
Reinforcement Learning and Sim-to-Real Transfer of Reorientation and Landing Control for Quadruped Robots on Asteroids
A Unified Foot–Terrain Interaction Model for Legged Robots Contacting With Diverse Terrains
Enhancing Cooperative Exploration and Planning: UAV-Legged Robot Synergy
Associations of Heart Failure Onset Age with All-Cause Mortality: The Kailuan Study
Lunar rock investigation and tri-aspect characterization of lunar farside regolith by a digital twin.
Whole-Body Control for Autonomous Landing of Unmanned Helicopter Equipped With Antagonistic Cable-Driven Legged Landing Gear
Teleoperation of Wheeled Mobile Robot With Dynamic Longitudinal Slippage
SoSpider: A bio-inspired multimodal untethered soft hexapod robot for planetary lava tube exploration
Bio-Inspired Gait Transitions for Quadruped Locomotion
Initial-Pose Self-Calibration for Redundant Cable-Driven Parallel Robot Using Force Sensors Under Hybrid Joint-Space Control
Linear Prediction of High-Slip Sinkage for Planetary Rovers’ Lugged-Wheels Based on Superposition Principle