Seungryong Cho
Papers
2
Total Citations
14
H-Index
2
About
Dr. Seungryong Cho is a leading figure in the intersection of radiation oncology and robotics, with a primary research focus on real-time motion compensation for image-guided radiotherapy. His work directly addresses the critical challenge of intrafractional patient motion—particularly respiratory motion—which can significantly degrade treatment accuracy. Dr. Cho’s major contributions include pioneering the development of articulated robotic couch systems and patient immobilization devices that actively compensate for movement during radiation delivery. His 2020 study, which integrates a recurrent neural network algorithm for geometric and dosimetric verification of a robotic couch, represents a significant step toward intelligent, adaptive radiotherapy. While his most-cited papers have garnered over a dozen citations, their true impact lies in laying the foundational engineering and algorithmic framework for a new class of precision oncology tools. Dr. Cho’s feasibility studies on robotics-based immobilization have been instrumental in demonstrating that real-time, robotic motion compensation is not only possible but clinically viable, positioning him as a key innovator in the effort to make high-precision radiation therapy more robust against patient movement.
Research Focus
Key Achievements
Top Papers
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