Kenta Nishimura
Papers
2
Total Citations
7
H-Index
2
About
Kenta Nishimura's research focuses on advancing robotic visual servoing and autonomous manipulation, particularly for hazardous environments. His work addresses the fundamental challenge of maintaining stable visual tracking despite the nonlinear dynamical oscillations inherent in robotic manipulators. In his 2015 study on hand-eye-vergence visual servoing, Nishimura analyzed how fixed hand-eye cameras mounted on robot hands struggle to keep moving targets centered in their image frame due to these destabilizing mechanical effects—a critical insight for improving real-time robotic precision. Building on this foundation, he proposed an innovative decontamination robot system that integrates 3D measurement with solid object recognition, termed 3D-MOS (Three Dimensional Move on Sensing). This hand-eye-dual-cameras platform uses visual servoing technology to accurately identify and manipulate contaminated materials, significantly reducing human radiation exposure during nuclear cleanup operations. While his citation counts (5 and 2, respectively) reflect a specialized technical audience, Nishimura's contributions are notable for their practical application in high-stakes scenarios, bridging theoretical control challenges with real-world robotic deployment in dangerous environments.
Research Focus
Key Achievements
Top Papers
- 1
- 2