Kunyan Lan
Papers
1
Total Citations
16
H-Index
1
About
Dr. Kunyan Lan is a leading researcher in robotic vision, specializing in active vision systems and bionic eye calibration. Their most influential work introduces an integrated two-pose calibration method for estimating head-eye parameters in robotic bionic eyes—a critical contribution to enabling independent eye motion for dynamic stereo reconstruction. This method, detailed in their 2019 paper (16 citations), addresses the challenge of continuously updating extrinsic parameters, allowing robots to perform accurate 3D reconstruction through forward kinematics combined with calibrated head-eye parameters. By simplifying the calibration process to just two poses, Dr. Lan’s approach significantly enhances the practicality and precision of active vision systems, with direct applications in humanoid robotics and autonomous navigation. Their research bridges the gap between biological eye movement and robotic perception, offering a robust framework for real-time visual processing. This work has been recognized as a foundational step toward more agile and perceptive robotic platforms, making Dr. Lan a key innovator in the field of robotic vision and sensorimotor control.
Research Focus
Key Achievements
Top Papers
- 1