Keinosuke Nagai

Nagoya Institute of Technology, University of Tsukuba

Papers

Total Citations

H-Index

About

Keinosuke Nagai is a pioneering researcher at the intersection of biomedical engineering, robotics, and biomimetics. His work is defined by two distinct but innovative threads: ensuring the safety and reliability of wearable robotic systems, and exploring the mechanical principles of human musical performance. In his most impactful study, Nagai developed a critical evaluation method for electromagnetic interference (EMI) on bio-sensors used in wearable robot control. This work, garnering 20 citations, addresses a vital safety concern as health-monitoring sensors become more prevalent, providing a framework to ensure that external electromagnetic noise does not compromise sensor accuracy or user safety. Demonstrating a unique creative breadth, Nagai also engineered "Artificial Lips" for an automatic trombone blower. This biomimetic project, cited 5 times, investigated the relationship between lip aperture and blowing frequency, contributing to the fields of musical acoustics and humanoid robotics. By bridging the gap between robust sensor safety and the subtle mechanics of human expression, Nagai’s research offers a compelling model for developing machines that are both safe and capable of nuanced interaction with the physical world.