Ito Ryuzi

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Total Citations

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About

Ito Ryuzi is a researcher whose work centers on the practical application of wireless power transfer (WPT) systems, with a particular focus on underwater robotics. His most cited paper, "Role of the conductivity of the water in a WPT system to a robot fish" (2015), explores how the electrical properties of aquatic environments affect the efficiency and feasibility of charging autonomous underwater vehicles. This contribution addresses a critical challenge in marine robotics, where reliable power delivery is essential for extended missions. While his citation count is modest—with this key work garnering two citations—his research provides foundational insights into the interplay between water conductivity and electromagnetic coupling, informing the design of more robust WPT systems for real-world deployment. Ito’s work is notable for its targeted application to robot fish, a niche but growing field in biomimetic engineering. His findings help bridge the gap between theoretical WPT models and practical underwater implementations, making his research valuable for engineers and scientists developing autonomous systems for environmental monitoring, exploration, and defense.