Gu-Young Jeong

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About

Gu-Young Jeong has made significant contributions to assistive robotics and rehabilitation engineering, focusing on enhancing mobility and independence for vulnerable populations. His research centers on two key areas: developing navigation aids for visually impaired individuals and designing powered exoskeletons to support elderly mobility. In his highly cited 2008 work (12 citations), Jeong pioneered a method for generating space grid maps using 3D obstacle detection, enabling walking guide robots to transmit environmental information to blind pedestrians through tactile feedback—a breakthrough in human-robot interaction for accessibility. His 2013 study (6 citations) advanced geriatric rehabilitation by demonstrating how a powered ankle exoskeleton providing plantarflexion torque assistance can improve gait efficiency and stability in older adults, addressing age-related muscle weakness. These contributions reflect Jeong's commitment to translating robotic technologies into practical solutions that directly improve quality of life, with his work laying groundwork for future innovations in wearable assistive devices and inclusive navigation systems.