Kuroiwa Akira
Papers
3
Total Citations
16
H-Index
2
About
Kuroiwa Akira is a pioneering researcher at the intersection of rehabilitation robotics and biologically inspired motor control. His work focuses on developing novel therapeutic interventions for gait rehabilitation and translating principles of human neuromuscular coordination into musculoskeletal robotic systems. Akira's most impactful contribution is his investigation of end-effector gait-training devices, particularly his 2017 study on the effects of partial body-weight support combined with functional electrical stimulation during treadmill locomotion. This work, which has garnered 12 citations, critically evaluates saddle-seat-type body-weight support systems, providing essential insights for advancing robotic therapy for lower extremity rehabilitation. He has also made significant theoretical contributions to understanding motor control, proposing equilibrium-point-based synergies that enable low-dimensional control of multiple muscles in anthropomorphic legs and robotic arms. His 2016 studies experimentally demonstrate how these synergies encode task-space coordinates, offering a practical framework for translating human motor strategies to musculoskeletal robots. By bridging rehabilitation engineering and biological motor control, Akira's research provides foundational knowledge for developing more effective, human-compatible robotic systems for both therapeutic and assistive applications.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3