Dae Ik Jun

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About

Dae Ik Jun is a researcher in rehabilitation robotics, with a focus on cable-driven parallel robot (CDPR) systems for upper limb therapy. His work centers on the design, kinematic analysis, and workspace optimization of planar CDPR manipulators, aiming to improve stroke rehabilitation outcomes. Jun’s major contributions include the development of a four-cable-driven parallel robot that achieves three degrees of freedom—two translational and one rotational—enabling precise, low-inertia motion for patient therapy. His most cited paper, "Upper Limb Rehabilitation Using a Planar Cable-Driven Parallel Robot with Various Rehabilitation Strategies" (2014, 19 citations), demonstrates how CDPRs can implement diverse rehabilitation protocols, leveraging advantages like large workspace, high power efficiency, and low cost over conventional rigid robots. In related work (2014, 8 citations), Jun analyzed upper limb workspace constraints to tailor CDPR designs for safe, effective human-robot interaction. His research has garnered over 39 citations, reflecting its impact on accessible, adaptive rehabilitation technologies. Jun’s achievements highlight a commitment to merging mechanical design with clinical application, offering scalable solutions for post-stroke motor recovery.