Fumio Ito
Papers
26
Total Citations
165
H-Index
7
About
Fumio Ito is a robotics researcher whose work centers on the design and development of bio-inspired and pneumatically driven robots for navigating and servicing confined, complex pipe and duct environments. His research addresses critical real-world infrastructure challenges, including aging sewer systems, contaminated ventilation ducts, and inaccessible electrical conduits — problems that directly affect public health and safety. Ito's most celebrated contribution is his peristaltic motion-based duct cleaning robot, which mimics biological locomotion to traverse thin, curved residential ventilation ducts where conventional wheel-driven or snake-type robots fail — earning 28 citations since 2019. He has further advanced in-pipe robotics through the PI-RO series, developing antagonistic linear mechanisms capable of generating both propulsive and tractive forces, and later amplifying traction for long, narrow, complex pipelines. His compact pneumatic valve design and earthworm-type wire installation robot, inspired by artificial muscles, reflect a consistent commitment to biologically motivated engineering solutions. Beyond locomotion, Ito has explored pipeline shape measurement using IMU sensors, distributed multi-robot inspection strategies, and even mantis shrimp-inspired impact mechanisms. With over 115 cumulative citations, his body of work represents a substantial and growing contribution to service robotics and infrastructure maintenance engineering.
Research Focus
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Top Papers
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