Yuta Okada
Papers
3
Total Citations
35
H-Index
3
About
Yuta Okada is a pioneering researcher in the field of endovascular intervention and medical robotics, with a focus on patient-specific simulation and quantitative tool evaluation. His major contributions include developing the first numerical evaluation method for catheter prototypes using photo-elastic stress analysis on patient-specific vascular models, a breakthrough that enabled objective performance assessment of endovascular tools. This work, his most cited paper (15 citations), addressed the critical gap in quantitative catheter evaluation. Okada further advanced the field by creating a patient-specific interventional radiology (IVR) endovascular simulator with augmented reality for medical training and robot evaluation (13 citations), integrating real-time imaging feedback to enhance procedural realism. He also contributed to robot manipulation and guidance using magnetic motion capture sensors with a rule-based controller (7 citations), demonstrating innovative approaches to overcoming calibration challenges. His research has directly impacted the development of safer, more effective endovascular tools and training systems, bridging the gap between engineering and clinical practice. Okada’s work remains foundational for researchers exploring patient-specific simulation, robotic catheter navigation, and augmented reality in interventional radiology.
Research Focus
Key Achievements
Top Papers
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