Papers
6
Total Citations
33
H-Index
4
About
Ryo Yamaguchi is a multidisciplinary robotics researcher whose work spans human-machine interfaces, bipedal locomotion, radar sensing, and actuator design. His earliest notable contribution — an ultrasonic sensor disk for detecting muscular force (2004, 14 citations) — addressed a critical challenge in wearable exoskeleton technology: accurately capturing human motion intention in real time, a foundational problem for assistive robotics. This work remains his most widely cited, reflecting its enduring relevance to the human-robot interaction community. Yamaguchi has also made meaningful strides in bipedal robot development, exploring how prismatic compliance in leg structures can improve walking efficiency, contributing a 2-DOF planar robot platform that advances understanding of compliant locomotion mechanics. Complementing this, his variable stiffness actuator design offers practical solutions for achieving high torque with rapid, wide-range stiffness adjustment — essential for dynamic legged robots. A distinct thread of his research tackles disaster robotics, where he developed multi-static ultra-wideband (UWB) radar imaging algorithms capable of reconstructing moving targets in environments where optical sensing fails. Together, these contributions reflect a researcher committed to solving real-world challenges across sensing, mobility, and safety in robotics systems.
Research Focus
Key Achievements
Top Papers
- 1Ultrasonic sensor disk for detecting muscular force14 citations · 2004
- 2Development and Analysis of a Biped Robot with Prismatic Compliance7 citations · 2022
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