Kyung Sun

Papers

Total Citations

109

H-Index

About

Kyung Sun is a pioneering figure in the field of robotic-assisted surgery, with a primary focus on enhancing haptic feedback and force reflection in medical robotics. His research centers on improving the safety and precision of minimally invasive procedures, particularly in cardiac catheter navigation and laparoscopic surgery. Sun’s most influential work, “Development of a Force‐Reflecting Robotic Platform for Cardiac Catheter Navigation” (2010), has garnered 62 citations and introduces a novel robotic system that provides real-time force feedback to clinicians, significantly reducing the risk of tissue perforation during catheter interventions. Expanding on this, his 2011 paper on “Haptic Virtual Fixture for Robotic Cardiac Catheter Navigation” (38 citations) integrates imaging data to create virtual constraints that guide catheter movements, further enhancing procedural safety. Sun also contributed to the advancement of laparoscopic surgery with his 2008 study on sensor-based force feedback in a compact surgical robot (9 citations), addressing the critical lack of haptic feedback in existing systems. Through these innovations, Sun has helped bridge the gap between robotic precision and human tactile intuition, making surgical robots safer and more intuitive for clinicians. His work remains foundational for researchers developing next-generation haptic interfaces in interventional medicine.