Young Sun Ryuh

Korea Institute of Industrial Technology

Papers

Total Citations

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About

Young Sun Ryuh is a researcher specializing in robotics, autonomous systems, and underwater navigation technologies, with a particular focus on the development and localization of robotic fish. His work sits at the intersection of bio-inspired robotics and precision engineering, tackling the complex challenge of accurately estimating the position and movement of small aquatic robotic systems in dynamic environments. Among his notable contributions, Ryuh has advanced the application of MEMS accelerometers for smart filter design to improve robotic fish localization, addressing the persistent challenge of drift error inherent in inertial measurement systems. His simulation-based design work further demonstrates innovative integration of GPS/INS and Ultra-Short Baseline (USBL) technologies to achieve robust position estimation for small robotic fish platforms — a technically demanding problem given the constraints of miniaturized underwater vehicles. While his cited works currently reflect an early-stage citation footprint, with key papers accumulating 2 citations each, his research addresses genuinely novel engineering problems with practical implications for underwater surveillance, environmental monitoring, and bio-inspired autonomous systems. Ryuh's work represents a meaningful contribution to the growing field of aquatic robotics and intelligent navigation system design.