K. Fujikawa
Papers
1
Total Citations
14
H-Index
1
About
K. Fujikawa is a pioneering researcher in the field of robotic visual servoing and humanoid manipulation, best known for developing computationally efficient methods that bridge visual perception and motor control. Their most influential work, "Visual Servoing based on Linear Approximation of the Inverse Kinematics" (1996), introduced a breakthrough approach that simplifies the complex transformation between binocular visual space and a manipulator's joint space. By demonstrating that this mapping can be approximated as a linear function for hand-eye systems with human-like structures, Fujikawa enabled real-time, closed-loop control without the computational burden of traditional inverse kinematics. This foundational contribution has accumulated 14 citations and continues to inform modern approaches in vision-based robotics. Fujikawa’s research has been instrumental in advancing intuitive, biologically inspired control strategies, making robotic systems more responsive and adaptable. Their work remains a key reference for students and engineers developing efficient visual servoing architectures, particularly in humanoid and assistive robotics, where seamless eye-hand coordination is critical.
Research Focus
Key Achievements
Top Papers
- 1Visual Servoing based on Linear Approximation of the Inverser Kinematics.14 citations · 1996