Nanako Miura
Papers
2
Total Citations
14
H-Index
2
About
Nanako Miura is a robotics researcher whose work bridges aerial manipulation and human-robot interaction. Her primary research areas include structural health monitoring, aerial robotics, and intuitive control systems. Miura’s most significant contribution is the development of an innovative aerial robot equipped with an electric permanent magnet (EPM)-based landing device, enabling it to cling to steel structures and perform vibration sensing for structural health monitoring. This work, published in 2017 and garnering 11 citations, addresses critical challenges in inspecting aging infrastructure by allowing drones to make close, stable contact with metallic surfaces—a capability that enhances the precision and safety of vibration-based diagnostics. Her research has implications for civil engineering and disaster response, where non-destructive testing of bridges and buildings is essential. In a more recent 2022 study, Miura explored fuzzy logic-based control systems that allow mobile robots to be guided by finger gestures, demonstrating her versatility in making robotics more accessible and intuitive. Though early in her career, Miura’s work on aerial inspection robots stands out for its practical engineering solution to a real-world problem, positioning her as a promising contributor to the field of robotic structural assessment.
Research Focus
Key Achievements
Top Papers
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- 2