Kaori Chiba
Papers
8
Total Citations
36
H-Index
4
About
Kaori Chiba is a leading researcher in robotic rehabilitation, specializing in home-based assistive technologies for hemiplegic patients recovering from cerebrovascular diseases. Her work focuses on developing compact, user-friendly robotic devices that automate finger and hand motor function rehabilitation, enabling patients to continue therapy independently after hospital discharge. Chiba’s major contributions include creating a robotic finger rehabilitation support device that provides real-time evaluation of motor recovery using Gaussian process regression, as well as automated systems for assessing coordinated finger movements and voluntary lifting. Her most cited paper, “Home robotic device for rehabilitation of finger movement of hemiplegia patients” (2017, 8 citations), demonstrates the potential of simple, low-cost robotics to extend rehabilitation access. With cumulative citations across her publications, Chiba has shown significant impact in addressing the critical need for continuous, specialist-free home therapy. Her notable achievements include integrating multi-task evaluation methods and customizable training protocols to improve finger independence, directly enhancing quality of life for stroke survivors. Chiba’s work bridges engineering and clinical practice, offering scalable solutions for aging societies.
Research Focus
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