Yuko Tsusaka
Papers
5
Total Citations
47
H-Index
4
About
Yuko Tsusaka is a robotics researcher whose work centers on human-robot interaction, assistive robotics, and the development of safe, intelligent robotic systems for healthcare and domestic applications. With a particular focus on elderly care, Tsusaka has made significant contributions to the design of robots that support fundamental daily activities, most notably the sit-to-stand and standing-up motions that profoundly affect quality of life for aging populations. Among Tsusaka's most influential contributions is the development of pneumatic muscle-driven robotic arms designed for safe human coexistence, challenging the conventional reliance on rigid, high-powered electric motors (cited 19 times). This work laid important groundwork for intrinsically safe robotic design. Equally notable is a series of studies analyzing and replicating physiotherapist skills within robotic systems, enabling robots to draw out patients' own physical capabilities during assisted standing — a nuanced and clinically meaningful approach cited across multiple publications. Tsusaka also explored how velocity influences muscular activity during robot-assisted motion, adding biomechanical depth to assistive robotics research. With work spanning pneumatic actuation, skill-based motion assistance, and intuitive robot programming through hand-guiding, Tsusaka's research reflects a consistent commitment to making robots genuinely useful, adaptable, and safe partners in human-centered environments.
Research Focus
Key Achievements
Top Papers
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