Papers
3
Total Citations
24
H-Index
2
About
Kenta Kaneko is a robotics and medical engineering researcher whose work centers on the development of autonomous and semi-autonomous systems for ultrasound diagnostics. His primary contributions lie in robotic echography, where he has pioneered methods for automated ultrasound probe scanning and intelligent control systems designed to replicate and support the diagnostic capabilities of trained clinicians. Kaneko's most recognized work, "A Study of Scanning the Ultrasound Probe on Body Surface and Construction of Visual Servo System Based on Echogram" (2010, 20 citations), demonstrates his commitment to integrating visual servoing with real-time echogram feedback, enabling a standalone medical robot to navigate a patient's abdomen in three dimensions with precision. His broader research portfolio includes the design of parallel mechanism-based probe scanning systems and feedback-driven control architectures for internal organ localization — work that directly addresses challenges in telemedicine and remote diagnosis. By combining force control, haptic interfaces, and computer vision within robotic platforms, Kaneko has contributed meaningful advancements toward making high-quality ultrasound diagnostics more accessible and operator-independent. His research lays important groundwork for the future of autonomous medical imaging robotics.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3