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About

Mitsuhide Kuroda is a pioneering roboticist whose work focuses on developing humanoid and legged robots for industrial inspection and disaster response. His major contributions center on creating robots capable of navigating complex, human-designed environments—such as ladders, catwalks, and narrow passages—to perform dangerous, dirty, and laborious tasks. Kuroda’s most cited paper (2017, 61 citations) introduces an experimental legged robot tailored for plant inspection and disaster response, featuring unique capabilities like climbing ladders with narrow cages. His 2015 work (39 citations) presents a robust control method for humanoid robots climbing vertical ladders and transitioning between ladders and catwalks, addressing stability issues on slippery surfaces. Another notable achievement is the development of the E2-DR humanoid robot (2019, 37 citations), designed specifically for industrial environments. Kuroda has also advanced robot safety with a real-time collision detection method using one-class SVM (2017, 23 citations), and explored dynamic gait transitions for push recovery (2019). With over 160 total citations, Kuroda’s research is instrumental in pushing the boundaries of humanoid robotics for real-world industrial applications, making him a key figure in the field.