Gaku Jinnai
Papers
1
Total Citations
9
H-Index
1
About
Gaku Jinnai is a robotics researcher whose work centers on the control and manipulation of flexible, multi-jointed systems. His primary contribution lies in the innovative application of classical viscoelastic models—specifically the Maxwell and Voigt models—to the challenge of deformation control in robotic manipulators. In his most cited work, "Deformation control of a multijoint manipulator based on maxwell and voigt models" (2016, 9 citations), Jinnai designed a control strategy that treats a robot's positional and postural shifts under external force as a form of mechanical deformation. By constructing deformation dynamics from these well-established material science models, he achieved a control system with spatial decoupling properties, allowing for more intuitive and stable interaction with the environment. This approach offers a novel bridge between continuum mechanics and robot control, providing a framework for designing manipulators that can passively and actively adapt to external forces. While his citation count reflects a focused, early-career impact, Jinnai's work represents a thoughtful integration of physical modeling and control theory, offering a promising direction for the development of safer, more compliant robots for human-robot interaction and delicate manipulation tasks.
Research Focus
Key Achievements
Top Papers
- 1