Yasumasa Naka
Papers
2
Total Citations
4
H-Index
1
About
Yasumasa Naka is a pioneering researcher in the field of wireless power transfer, with a focused expertise in capacitive coupling technologies for industrial robotics. His major contributions center on developing maintenance-free power solutions for industrial robots, particularly through innovative capacitive wireless power transfer (CWPT) systems. Naka’s most notable work introduces a 3D-functional coupler that significantly enhances coupling coefficients within confined spaces like rotary joints, addressing a critical challenge in industrial automation. His research on simultaneous wireless power and information transfer (WPIT) systems, featuring a differential diplexer design that combines high-pass and low-pass filters, represents a breakthrough in integrating power delivery with data communication for robotic systems. While his work is recent, with publications from 2024, his papers have already garnered citations, indicating growing recognition in the field. Naka’s achievements include designing systems that operate at both 13.56 MHz for power transfer and 2.45 GHz for data transmission, demonstrating practical solutions for real-world industrial applications. His research promises to revolutionize maintenance protocols in manufacturing, reducing downtime and operational costs.
Research Focus
Key Achievements
Top Papers
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- 2