Mikiji Kashinoki
Papers
4
Total Citations
23
H-Index
2
About
Mikiji Kashinoki is a pioneering robotics researcher specializing in infrastructure inspection robots, with a particular focus on bio-inspired designs for bridge and pipe maintenance. His most notable contribution is the development of a compact robot imitating a terrestrial hermit crab, designed to inspect the outer surfaces of pipes. This innovative robot leverages the crab's natural climbing ability, using claws to hang onto vertical surfaces—a breakthrough for navigating complex pipe networks. Kashinoki's work on bridge inspection robots using permanent magnets has also been instrumental, with his four-wheel driving prototypes demonstrating adaptability to real-world environments. His research addresses Japan's critical need for cost-effective, labor-saving inspection of aging infrastructure, including bridges and tunnels built during the high economic growth period. While his citation counts are modest (12 for his hermit crab robot, 7 for his 3D mapping bridge inspection robot), his work has laid foundational principles for practical, deployable inspection robots. Kashinoki's achievements include creating robots that can generate three-dimensional maps of complicated environments using laser range finders, significantly advancing the field of automated infrastructure maintenance.
Research Focus
Key Achievements
Top Papers
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