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Ki‑Cheol Yoon is a rising force in surgical and rehabilitation robotics, specializing in compact, wire‑driven mechanisms that overcome the inherent coupling effects of multi‑joint systems. His most cited work, “Coupling Effect Suppressed Compact Surgical Robot with 7‑Axis Multi‑Joint Using Wire‑Driven Method” (2022, 5 citations), addresses a critical challenge in robotic surgery—minimizing incision size and bleeding while maintaining dexterity—by proposing a novel architecture that suppresses unwanted joint coupling. Yoon also advances rehabilitation engineering, as seen in his mathematical analysis of a 6‑DOF arm structure for shoulder therapy robots (2022, 2 citations), where he integrates motion‑capture systems to standardize objectivity in tracking. His IoT‑based vision and remote control of compact mobile robots (2021, 2 citations) further demonstrates his versatility in merging sensing, control, and teleoperation. Though his citation counts are modest, Yoon’s work is foundational for next‑generation, minimally invasive surgical tools and objective, robot‑assisted rehabilitation protocols. His contributions are particularly valuable for researchers seeking to reduce mechanical complexity while enhancing precision in medical robotics.