Si Tae Noh

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About

Si Tae Noh is a robotics researcher whose work focuses on high-speed mobile robot navigation and autonomous systems for challenging environments. His most influential contribution, the "Marathoner tracking algorithms," addresses the critical problem of enabling a differential-driven wheeled robot to follow a human moving at high speed in unstructured outdoor settings. By integrating a single laser range finder for both human tracking and obstacle avoidance, Noh developed a computationally efficient solution that balances speed and safety—a key challenge in human-robot interaction. This work has garnered 11 and 9 citations across two versions, reflecting its relevance to researchers in mobile robotics and autonomous navigation. Beyond terrestrial systems, Noh has also contributed to aquatic robotics with MARE, an autonomous airboat designed for exploration tasks like coral reef and shallow seabed inspection. The platform's unique combination of mechanical design and a powerful software framework demonstrates Noh's versatility in adapting robotic solutions to diverse, unstructured environments. His research is particularly valuable for students and engineers working on real-time tracking, field robotics, and autonomous exploration in outdoor and aquatic domains.