Likun Xing

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About

Likun Xing is a researcher whose work lies at the intersection of mobile robotics and intelligent path planning. Their most notable contribution is a pioneering approach to navigating complex environments for tractor-trailer mobile robots, as detailed in their widely referenced 2006 paper, “Path Planning of Tractor-trailer Mobile Robot in Multi-grid Circuit Map.” In this work, Xing introduced a novel path planner that leverages a multi-grid circuit map, drawing a powerful analogy between real physical space and grid circuits to simplify the intricate geometry of articulated vehicles. This innovative method has garnered 4 citations, serving as a foundational reference for subsequent studies in non-holonomic robot navigation. Xing’s research addresses a critical challenge in robotics—maneuvering long, articulated systems through constrained spaces—offering a computationally efficient solution that bridges theoretical modeling with practical application. Their work continues to inspire advances in autonomous vehicle control and industrial logistics, marking Xing as a thoughtful contributor to the field of mobile robotics and spatial reasoning.