Papers
191
Total Citations
6,657
H-Index
43
About
Kazuya Yoshida is a pioneering roboticist whose work spans two transformative domains: space robotics and disaster response robotics. At Tohoku University, he has made foundational contributions to the dynamics and control of space manipulators, most notably through his development of the Generalized Jacobian Matrix — a landmark framework for controlling robotic arms aboard free-floating spacecraft that accounts for complex momentum-driven interactions between manipulator and satellite. This seminal 1989 work has accumulated over 600 citations and underpins much of modern space manipulation theory. His research was validated in orbit through Japan's Engineering Test Satellite VII (ETS-VII), where he demonstrated reactionless "zero reaction maneuvers" in actual spaceflight conditions, bridging theoretical innovation and real-world application. Beyond space, Yoshida gained international recognition for his rapid deployment of mobile rescue robots following the 2011 Fukushima Daiichi nuclear disaster, work that has drawn over 600 citations and highlighted the life-saving potential of field robotics. His collaborative ground-aerial robot mapping systems for earthquake-damaged structures further cemented his reputation as a leader in disaster robotics. With nearly 2,800 citations across his most influential works alone, Yoshida's career represents a remarkable intersection of theoretical rigor and urgent real-world impact.
Research Focus
Key Achievements
Top Papers
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- 5Reaction null-space control of flexible structure mounted manipulator systems191 citations · 1999
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- 9Achievements in space robotics147 citations · 2009
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