Yosuke Komoda
Papers
1
Total Citations
20
H-Index
1
About
Yosuke Komoda is a robotics researcher specializing in gravity compensation mechanisms and inherently safe robotic systems. His work addresses a fundamental challenge in robotics: the need for large, powerful actuators to support a robot’s own weight during vertical movement, which increases energy consumption and safety risks. Komoda’s key contribution is the development of a scissor lift with real-time self-adjustment ability, based on a variable gravity compensation mechanism (GCM). This innovation allows robots to dynamically adapt to changing loads, reducing actuator size and energy use while improving operational safety. His most-cited paper (2016, 20 citations) introduces this concept, demonstrating how variable GCMs can enhance the inherent safety of robots by minimizing the reliance on oversized actuators. Komoda’s work is notable for its practical impact on the design of safer, more efficient robotic systems, particularly in applications requiring vertical movement. His research continues to influence the development of adaptive, energy-saving mechanisms in robotics, making him a key figure in advancing human-robot interaction and automation safety.
Research Focus
Key Achievements
Top Papers
- 1