Papers
23
Total Citations
155
H-Index
8
About
Masatsugu Iribe is a robotics researcher whose work spans two interconnected domains: passive dynamic walking systems and assistive mobile robotics. His most significant contributions lie in advancing the theoretical and practical understanding of passive dynamic walking — locomotion achieved through mechanical dynamics alone, without active control. Iribe's experimental investigations revealed chaotic yet adaptive behaviors in these systems, while his innovative analogy between passive dynamic walkers and Phase Locked Loop circuits provided a novel framework for parameter design, earning multiple highly cited publications. His legged robot designs challenged conventional ZMP-based control paradigms, demonstrating that dynamics-driven approaches can offer compelling alternatives for energy-efficient locomotion. Equally impactful is Iribe's sustained development of robotic follower systems for Home Oxygen Therapy patients, a medically significant application that produced several well-cited studies exploring tether control algorithms and real-world usability. This work reflects a strong commitment to socially beneficial robotics. He has also contributed to rough-terrain mobility with tracked vehicle prototypes and made robotics education more accessible through low-cost cardboard passive walker designs. With citations spanning 2006 to 2021, Iribe's research demonstrates consistent influence across biomechanically inspired locomotion, rehabilitation robotics, and educational outreach in the field.
Research Focus
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Top Papers
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- 93-D Passive Dynamic Walker Made of Cardboard for Robot Education8 citations · 2013
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