Papers
26
Total Citations
565
H-Index
12
About
Jin-Woo Jung is a leading researcher in continuum robotics and cable-driven parallel mechanisms, with a focus on medical and industrial applications. His major contributions center on modeling the nonlinear effects of internal device friction in flexible robotic catheters, which is critical for improving control in minimally invasive cardiac surgery. He has pioneered closed-loop control strategies for continuum manipulators, addressing the challenge of precise position control despite their inherent compliance—a key safety feature in medical settings. His work on interleaved continuum-rigid manipulation offers an augmented approach to flexible catheter-based procedures, enhancing both safety and dexterity. With over 469 citations across his top papers, including 95 for his foundational modeling work, Jung’s research has significantly advanced the field. He has also extended his expertise to cable-driven parallel robots, developing calibration methods and viscoelastic cable models for high-payload industrial tasks, such as large-scale 3D printing. His achievements include designing intuitive bilateral teleoperation systems and analyzing workspace stability, demonstrating a versatile impact on both surgical robotics and automation.
Research Focus
Key Achievements
Top Papers
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- 2An evaluation of closed-loop control options for continuum manipulators89 citations · 2012
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