Yasunao Okazaki
Papers
4
Total Citations
45
H-Index
4
About
Yasunao Okazaki is a robotics researcher whose work sits at the intersection of assistive technology, human-robot interaction, and rehabilitation engineering. His research focuses on developing safe, intelligent robotic systems designed to support elderly care, physical rehabilitation, and human coexistence — areas of growing urgency as global populations age. Okazaki's most recognized contribution is his work on pneumatic muscle-driven robotic arms, which challenged the conventional reliance on rigid, high-power electric motors by offering an intrinsically safer alternative for domestic and caregiving environments. This foundational work has accumulated 19 citations and influenced thinking around compliant robot design. He has also made substantial contributions to sit-to-stand and standing-up assistance robotics, developing systems that draw on careful analysis of physiotherapist techniques — particularly the skills that encourage patients to mobilize their own strength rather than becoming passive recipients of mechanical support. These papers, each earning around 6–10 citations, reflect a deeply human-centered design philosophy. What distinguishes Okazaki's work is its grounding in clinical insight: by studying how skilled therapists interact with patients, he translates nuanced human expertise into robotic behavior, bridging the gap between engineering and rehabilitative care. His research offers meaningful contributions to quality-of-life technology for elderly and mobility-impaired individuals.
Research Focus
Key Achievements
Top Papers
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