Papers
6
Total Citations
47
H-Index
4
About
Yusuke Yamanoi is pioneering the next generation of myoelectric prosthetic hands—devices that translate biological signals into lifelike movement. His research centers on coevolutionary control, where the prosthetic hand and its user learn together through tactile interaction, and on developing intuitive, multi-degree-of-freedom systems that overcome the clumsy, single-motion limitations of current prosthetics. Yamanoi’s most cited work, “Coevolution of Myoelectric Hand Control under the Tactile Interaction among Fingers and Objects” (21 citations), introduces a paradigm where control algorithms adapt in real time to the user’s touch and object contact, dramatically improving dexterity. He has also tackled the critical challenge of low-quality training data with a “survival of the fittest” correction method (8 citations) and explored long-term clinical outcomes of advanced prosthetics (6 citations). Notably, his development of an easily wearable elastic exoskeleton for paralyzed hands (5 citations) bridges rehabilitation and daily assistance. By also designing lightweight, gear-mechanism robotic hands specifically for infants with congenital limb defects, Yamanoi demonstrates a rare commitment to inclusive, life-changing technology—from the youngest users to adults seeking seamless, intuitive control.
Research Focus
Key Achievements
Top Papers
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