Fumiki TANAKA
Papers
3
Total Citations
56
H-Index
3
About
Fumiki Tanaka is a pioneering researcher in robotics and civil infrastructure inspection, whose work bridges the gap between advanced aerial robotics and practical maintenance solutions. His most impactful contribution is the development of a bridge inspection support system using two-wheeled multicopters and 3D modeling technology, a highly cited paper (34 citations) that addresses the critical global challenge of aging infrastructure. This innovative approach enables safer, more efficient structural assessments of bridges, tunnels, and dams, offering a transformative alternative to traditional manual inspections. Tanaka’s expertise extends to urban search and rescue robotics, where he has advanced house-collapsing simulations by systematically comparing physics engines (14 citations). This work provides essential structural data for designing robots that navigate disaster zones, directly supporting life-saving operations. Earlier in his career, Tanaka made notable contributions to industrial automation by solving inverse kinematics problems using Lie algebra, applied to robot spray painting simulation (8 citations). This method enables precise, smooth trajectory generation for complex manufacturing tasks. Tanaka’s research demonstrates a rare ability to integrate theoretical robotics with real-world engineering challenges, making him a key figure in modern infrastructure maintenance and disaster response technology.
Research Focus
Key Achievements
Top Papers
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