Kazuhiro Matsushita
Papers
2
Total Citations
6
H-Index
2
About
Kazuhiro Matsushita’s research lies at the intersection of human motor control, rehabilitation robotics, and virtual reality. His work focuses on understanding and restoring sensorimotor function through the development of interactive robotic systems that simulate skilled, real-world tasks. Matsushita’s major contributions include the creation of a virtual curling system, where users manipulate an impedance-controlled robot to slide a virtual stone, mimicking the precision and timing of the actual sport. This approach leverages impedance training and sensory motor integration theory to rehabilitate upper limb motor impairments. His pioneering studies, such as "Sensorimotor Characteristics in Human Arm Movements during a Virtual Curling Task for Motor Rehabilitation of Upper Limb" (2006) and "Human Hand Movements in Skilled Motor Performance of a Virtual Curling Task" (2007), have laid foundational groundwork for task-specific, engaging rehabilitation protocols. While his citation counts (4 and 2, respectively) are modest, the novelty of combining sports simulation with robotic haptics for neurorehabilitation marks a notable achievement. Matsushita’s work offers a compelling model for how virtual environments can be harnessed to retrain the brain and body, inspiring future research in interactive motor learning and assistive technology.
Research Focus
Key Achievements
Top Papers
- 1
- 2