Papers
2
Total Citations
7
H-Index
2
About
Ji-Hyuk Park is a researcher whose work spans rehabilitation robotics and military reconnaissance systems, demonstrating a versatile approach to applied robotics. His key research areas include brain–computer interfaces for rehabilitation, cortical activation analysis during robotic therapy, and the development of compact, deployable robots for hazardous environments. Park’s major contribution lies in investigating how different speeds of passive hand movements, delivered by a rehabilitation robotic hand, influence cortical activation—a critical step toward optimizing robot-assisted therapy based on neuroplasticity principles. His 2015 study on this topic, cited 4 times, provides foundational insights for designing more effective rehabilitation protocols. In parallel, Park contributed to military robotics with a 2012 paper on a small-sized, launchable reconnaissance robot, cited 3 times, addressing the challenge of deploying throwable robots for anti-terror operations. While his citation counts are modest, his work bridges clinical and field robotics, offering practical solutions for both patient recovery and tactical safety. Park’s research underscores the importance of tailoring robotic parameters—whether movement speed or launch mechanics—to achieve specific functional outcomes, making him a thoughtful contributor to human-centered and mission-critical robotics.
Research Focus
Key Achievements
Top Papers
- 1
- 2The Development of Small-sized Launchable Robot for Reconnaissance3 citations · 2012