Hirotaka Iida
Papers
2
Total Citations
19
H-Index
2
About
Hirotaka Iida is a robotics researcher whose work focuses on the critical intersection of infrastructure inspection and advanced computer vision. His primary research areas include pipeline inspection robotics, 3D mapping, and stereo vision systems for challenging environments. Iida’s major contributions center on developing innovative methods for generating high-accuracy 3D maps from inside narrow pipelines using bio-inspired robots. His pioneering work on the "earthworm robot" equipped with a camera proposes a novel solution for inspecting aging pipes that cause leaks and road pits—a practical problem with significant societal impact. This foundational paper has garnered 11 citations, establishing his early influence in the field. Iida further advanced the state of the art by fusing binocular and motion stereo measurements using fisheye stereo cameras, achieving high-accuracy range image generation despite the inherent limitations of small baselines in compact robotic systems. This 2020 work, with 8 citations, demonstrates his ability to solve complex sensor fusion challenges. Through these contributions, Iida is helping to enable safer, more efficient, and non-destructive inspection of critical underground infrastructure.
Research Focus
Key Achievements
Top Papers
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- 2