Papers
5
Total Citations
66
H-Index
3
About
Driven by a singular focus on restoring hand function after stroke, Jingxin Lu has established herself as a leading voice in rehabilitation robotics. Her work systematically addresses the critical challenge of hand dysfunction, a condition that severely impacts quality of life for millions. Lu’s major contributions span the entire pipeline of assistive technology, from comprehensive reviews to novel hardware design and intelligent control. Her highly cited 2022 systematic review (42 citations) established a foundational understanding of the field’s current state, while her subsequent work on exoskeleton development (11 citations) and intelligent control strategies (7 citations) demonstrates a clear trajectory from analysis to application. Notably, Lu has tackled core engineering problems, such as the transmission losses in lasso-driven systems and the development of compact ultrasonic motors for dexterous prosthetic hands—innovations that address the real-world constraints of weight, speed, and precision. Through this integrated approach, combining rigorous simulation, dynamic analysis, and experimental validation, Lu is not just advancing robotic rehabilitation; she is engineering the practical, wearable solutions that will one day restore independence to stroke survivors.
Research Focus
Key Achievements
Top Papers
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