Kazunori Yamazaki
Papers
4
Total Citations
19
H-Index
3
About
Kazunori Yamazaki is a researcher whose work sits at the intersection of rehabilitation robotics and mechatronics education. His primary research areas include quantitative evaluation of shoulder joint function, rehabilitation robotics for stroke patients, and hands-on engineering education. Yamazaki's most significant contributions involve developing a three-dimensional force display robot to objectively assess and treat upper-limb impairments. His work on the "Evaluation of simplified repeated resistance training system for severe hemiplegic stroke patient" (7 citations) demonstrates a practical application of robotics in clinical rehabilitation, creating systems that translate therapist expertise into quantifiable, reproducible protocols. He has also pioneered methods for evaluating rotator cuff function and shoulder joint mechanics, aiming to replace subjective clinical tests with precise robotic measurements. Beyond rehabilitation, Yamazaki contributed to robotics education through the development of a soccer-playing robot for ROBOCON’94, showcasing how competitive robotics can serve as a powerful hands-on learning tool in mechatronics. His research, while modest in citation counts, reflects a dedicated effort to bridge engineering innovation with tangible clinical needs, offering a model for developing assistive technologies that directly improve patient outcomes.
Research Focus
Key Achievements
Top Papers
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