Chaegil Lim

Papers

Total Citations

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About

Chaegil Lim is a dedicated researcher in neurorehabilitation, with a focused expertise in applying robotic technologies to improve motor recovery in chronic stroke survivors. Her work centers on the intersection of assistive robotics and physical therapy, specifically targeting gait, balance, and trunk control. In her seminal 2016 study, Lim demonstrated that robot-assisted gait training combined with visual feedback significantly enhances gait parameters, balance, and balance confidence in chronic stroke patients, a finding that has garnered 9 citations and laid critical groundwork for integrating sensory feedback into robotic rehabilitation. She further advanced this field in 2020 by investigating the effects of trunk control robot training, showing measurable improvements in both balance and gait abilities. Though her citation counts are modest, Lim’s contributions are notable for their practical, patient-centered approach—directly addressing the persistent mobility deficits that limit quality of life after stroke. Her work is especially valuable for clinicians and engineers seeking evidence-based protocols for robotic rehabilitation, and it underscores the potential of targeted, feedback-driven robotic interventions to restore function in chronic neurological populations.