Wonjoon Son

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About

Wonjoon Son is a robotics researcher whose work centers on motion planning and path optimization for autonomous mobile robots. His primary contributions lie in developing algorithms that balance path efficiency with smoothness, addressing the critical challenge of continuous-curvature trajectory generation. His most cited work, the 2017 paper "Modified turn algorithm for motion planning based on clothoid curve" (10 citations), introduces an innovative approach that reduces both path length and curvature change—a significant improvement over earlier methods that focused solely on minimizing distance. This dual-objective optimization is essential for real-world robot navigation, where abrupt turns can compromise stability and energy efficiency. Son’s research has practical implications for autonomous vehicles and service robots, where smooth, natural motion is as important as reaching a destination quickly. His work on clothoid-based planning demonstrates a sophisticated understanding of geometric constraints in robotics, making his contributions valuable for students and engineers developing next-generation navigation systems.