Masahiro Kasuya
Papers
3
Total Citations
25
H-Index
3
About
Masahiro Kasuya is a pioneering researcher at the intersection of robotic surgery and cognitive neuroscience, whose work focuses on quantifying the elusive concept of "intuitive operability" in medical robotics. His core research area involves using brain activity measurements—primarily through neuroimaging techniques—to evaluate how seamlessly surgeons can control robotic surgical systems. Kasuya’s major contribution lies in developing objective, neurophysiological metrics to assess hand-eye coordination and immersive reality during robotic procedures, moving beyond subjective user surveys. His most cited work, including a 2012 paper with 11 citations and a 2013 follow-up with 10 citations, proposes novel methods to measure brain activity to determine whether a surgical robot’s interface feels natural and intuitive to the operator. These studies are foundational for designing next-generation surgical robots that reduce cognitive load and improve surgical precision. By bridging human factors engineering with clinical robotics, Kasuya’s research has direct implications for training surgeons and enhancing patient safety. His work represents a critical step toward creating truly user-centered robotic systems that adapt to the surgeon’s innate motor and perceptual abilities.
Research Focus
Key Achievements
Top Papers
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