Y. Wakabayashi

Papers

Total Citations

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About

Y. Wakabayashi is a pioneering researcher in space robotics, with a career focused on advancing robotic systems for orbital operations and spacecraft inspection. Their key research areas include remote manipulation, autonomous flaw detection, and robotic arm performance in microgravity environments. Wakabayashi's most notable contribution is the development of the multi-images overcast (MIO) flaw detection algorithm, which was successfully demonstrated during the robot-aided remote inspection experiment on space shuttle mission STS-85 in 2000. This work, cited 19 times, proved the viability of using robotic systems for real-time spacecraft damage assessment—a critical capability for future long-duration missions. Their subsequent study on the performance of Japanese robotic arms on the International Space Station (2002, 16 citations) provided foundational data on the operational characteristics of these systems, influencing the design of subsequent orbital manipulators. Wakabayashi's research bridges the gap between terrestrial robotics and the unique challenges of space, with their work directly supporting NASDA's (now JAXA) Manipulator Flight Demonstration mission. Their contributions remain essential reading for engineers developing autonomous inspection and repair systems for spacecraft.