Papers
8
Total Citations
582
H-Index
6
About
Daisuke Aoyagi is a pioneering robotics and rehabilitation engineering researcher whose work has profoundly shaped the field of robotic-assisted locomotor training following neurological injuries. His research centers on developing intelligent robotic systems that facilitate naturalistic gait recovery for patients with spinal cord injuries and stroke, with a particular emphasis on biomechanically accurate movement and adaptive control algorithms. Aoyagi's most celebrated contribution is the development of the Pelvic Assist Manipulator (PAM), a pneumatically actuated robotic device that synchronizes with the body's natural pelvic motion during treadmill-based gait training. This innovation addressed a critical limitation of earlier rehabilitation robots, which imposed unnatural movement constraints on patients. His 2007 landmark paper on synchronous robotic assistance during body-weight-supported gait training has accumulated over 250 citations, reflecting its enduring influence on the field. Complementary work on optimization tools for robotic gait training, cited nearly 150 times, further established foundational methodologies for the discipline. His earlier explorations into bipedal humanoid robotics also demonstrate a consistently broad technical vision. Across his career, Aoyagi has bridged fundamental robotics research with urgent clinical rehabilitation needs, making his work especially valuable for engineers, clinicians, and students working at the intersection of human movement science and assistive technology.
Research Focus
Key Achievements
Top Papers
- 1
- 2Tools for understanding and optimizing robotic gait training147 citations · 2006
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- 6Human Step Rehabilitation Using a Robot Attached to the Pelvis16 citations · 2004
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