Masato MIZUKAMI
Papers
5
Total Citations
15
H-Index
3
About
Masato Mizukami is a robotics researcher specializing in inspection robots for critical infrastructure, with a focus on optical fiber networks, suspension bridges, and small-diameter pipes. His work addresses the growing need for automated inspection of aging infrastructure, where manual access is difficult or dangerous. Mizukami’s key contributions include developing a fiber-handling robot with optical connection mechanisms to automate cross-connections of multiple optical connectors, reducing human error in metropolitan and access networks. He also designed a lifting system for a high-elevation inspection robot targeting suspension bridge hanger ropes, enabling safer, more reliable structural assessments. In the domain of pipe inspection, Mizukami pioneered a small robot with wireless communication using microwave guided modes along pipe walls, overcoming size and cabling limitations. His omnidirectional mobile mechanism for small-diameter pipes further enhances maneuverability. Additionally, he developed a whole circumference image acquisition system for long cylindrical structures, enabling comprehensive surface inspection. While his citation counts (2–4 per paper) reflect a focused, emerging field, his work is foundational for practical, deployable inspection robots. Mizukami’s research is particularly notable for its emphasis on real-world applicability, addressing specific engineering challenges in infrastructure maintenance and safety.
Research Focus
Key Achievements
Top Papers
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