Started research internship at HKUST(GZ) Embodied Intelligence Research Institute
Working on cerebrum-cerebellum coordinated humanoid control and data-driven dynamics representation.
Working on cerebrum-cerebellum coordinated humanoid control and data-driven dynamics representation.
C++ A* footstep planner for humanoid robots on complex terrain with kinematic constraints.
The paper studies high-mobility locomotion and adaptive mode transitions for transformable wheel-biped humanoid robots.
The project focused on terrain-aware foot-ground interaction control for humanoid robots in mixed unstructured terrain.
Mixed-terrain foot-ground interaction control for humanoid robots, including stairs, slopes, low obstacles, precise target reaching, and dynamic environment interaction.
Motion-control algorithm work for World Robot Conference demonstrations and special humanoid robot project delivery.
Conference paper on whole-body motion optimization for humanoid robots walking down stairs with small joint range of motion.
System integration, real-time software architecture, wheel-foot mechanism design, and transformable locomotion control for a humanoid robot platform.
Conference paper on low-centroid crawling motion for humanoid robots using whole-body dynamics and trajectory optimization.