Dong-Huang Lin
Papers
1
Total Citations
178
H-Index
1
About
Dr. Dong-Huang Lin is a pioneer in rehabilitation robotics, with a career dedicated to developing intelligent robotic systems for neuromuscular therapy. His most influential work, "A rehabilitation robot with force-position hybrid fuzzy controller" (2005, 178 citations), introduced a groundbreaking hybrid fuzzy control strategy that enables robots to guide patients' wrists along precise linear or circular trajectories. This innovation directly addresses the critical challenge of safe, adaptive human-robot interaction in clinical settings, allowing for both position accuracy and force compliance during therapy. By integrating fuzzy logic with force-position control, Lin's approach provides the flexibility needed to accommodate varying patient capabilities and recovery stages. His contributions have laid essential groundwork for modern assistive robotics, influencing subsequent designs in rehabilitation technology. The sustained citation impact of his 2005 paper underscores its foundational role in the field, inspiring engineers and clinicians to pursue more intelligent, patient-responsive rehabilitation solutions.
Research Focus
Key Achievements
Top Papers
- 1