Seung-yun Kim

Papers

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About

Seung-yun Kim is a robotics researcher whose work centers on intelligent navigation and situational awareness for autonomous systems, particularly in dynamic environments like soccer robotics. His key contributions lie in the innovative application of Petri nets—a powerful modeling tool for complex systems—to enhance robot decision-making. In his most-cited paper, "A self-navigating robot using Fuzzy Petri nets" (2017, 19 citations), Kim introduced a hybrid approach that combines fuzzy logic with Petri nets, enabling robots to navigate uncertain terrains with greater adaptability and precision. This work has been foundational for researchers exploring robust autonomous navigation. He further advanced the field with "Prioritized Situation Awareness for Soccer Robots Using Timed Transition Petri Nets" (2018, 3 citations), where he integrated time variables into Petri net theory to model real-time prioritization in multi-agent scenarios. This allowed soccer robots to better anticipate and react to fast-changing game states. Kim’s research bridges theoretical modeling and practical robotics, offering tools that improve both safety and performance in autonomous systems. His work continues to inspire students and engineers seeking to build more intelligent, context-aware robots.