Sungjae Kang

Papers

Total Citations

H-Index

About

Sungjae Kang’s research centers on assistive robotics and biomechanical control systems, with a particular focus on enhancing mobility for elderly populations. His most notable contribution, the 2010 study “Research of Elderly Gait-assistant-robot Control System,” pioneered a novel control method for gait-assistive robots. By analyzing critical biomechanical parameters—such as the Center of Pelves (COP), Base of Support (BOS), and comparative moving velocity—Kang developed a system that adapts to the unique movement patterns of older adults. This work addresses a pressing challenge in aging societies: designing robots that can safely and effectively support natural gait. Though his citation count stands at 4, the study’s impact lies in its foundational approach to human-robot interaction in rehabilitation contexts. Kang’s research bridges mechanical engineering and geriatric care, offering practical solutions for fall prevention and mobility assistance. His work continues to inform the development of adaptive control algorithms, making him a valuable contributor to the growing field of assistive robotics for aging populations.