Papers
5
Total Citations
35
H-Index
2
About
Yusuke Aoki is a robotics and medical engineering researcher whose work centers on the development of intelligent robotic systems for ultrasound diagnostics. His primary contributions lie in the design and control of autonomous and semi-autonomous echography robots capable of manipulating ultrasound probes across a patient's body surface with precision and adaptability. Aoki's most notable achievement is the development of a visual servo system for robotic echography, which uses real-time echogram feedback to guide probe scanning — a foundational step toward fully automated ultrasound diagnosis. His most cited work (20 citations) demonstrates a robust scanning methodology integrated with a standalone medical robot capable of three-dimensional probe movement over the patient's abdomen. Complementing this, he has advanced physician support systems that reduce operator fatigue through coordinated human-robot motion, addressing a critical practical challenge in clinical ultrasound practice. Further contributions include parallel mechanism-based probe scanning systems, haptic-enabled tele-echography interfaces, and real-time organ recognition for feedback-controlled robotic search — collectively pushing the frontier of remote and automated medical imaging. With a cumulative citation record reflecting growing interest in medical robotics, Aoki's research offers meaningful pathways toward safer, more accessible, and less operator-dependent diagnostic ultrasound systems.
Research Focus
Key Achievements
Top Papers
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