Hongkun Li
Papers
3
Total Citations
12
H-Index
2
About
Hongkun Li is a robotics researcher whose work addresses foundational challenges in robot kinematics, spatial manipulation, and perception. His most impactful contribution is a general framework for analytical inverse kinematics solutions of industrial robots, which provides a systematic method for calculating joint angles to achieve precise end-effector positioning—a critical problem in automation and manufacturing. This work has already garnered 7 citations since 2025, signaling its growing influence. Li also tackles the complexities of free-floating space robots, developing a hybrid map in configuration space to minimize coupling effects and avoid obstacles, a vital innovation for on-orbit servicing where momentum conservation and thruster plume hazards must be managed. Additionally, he has advanced pose estimation from point cloud data by proposing a parameter optimization framework that reduces reliance on expert tuning, making algorithms more accessible and efficient. With a focus on both theoretical rigor and practical deployment, Li’s research spans industrial robotics, space operations, and perception systems, demonstrating a commitment to solving real-world robotic challenges. His work is essential reading for students and engineers interested in inverse kinematics, space robotics, and sensor-based control.
Research Focus
Key Achievements
Top Papers
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