Papers
4
Total Citations
167
H-Index
4
About
Lichao Xu is a pioneering researcher whose work spans the frontiers of robotics, autonomous navigation, and natural hazards engineering. His most impactful contributions lie in developing innovative solutions for challenging environments, from indoor GPS-denied spaces to amphibious terrains. Xu’s landmark 2019 paper on an Occupancy Grid Mapping-enhanced visual SLAM system, which has garnered 89 citations, provides a robust method for real-time localization in environments where GPS is unavailable, a critical advancement for indoor robotics and emergency response. Earlier, he demonstrated his creativity in bio-inspired design with his 2013 work on a novel amphibious robot featuring transformable fin-leg composite propulsion mechanisms (55 citations), pushing the boundaries of multi-terrain mobility. Xu has also contributed to the fundamental understanding of robot-terrain interaction, developing a hybrid force model for curved legs in granular materials (14 citations). More recently, his work on distributed simulation platforms for natural hazards engineering (9 citations) addresses the pressing need for integrated modeling of complex infrastructure and human systems during disasters. Through this diverse portfolio, Xu has established himself as a versatile engineer tackling both practical robotic systems and large-scale simulation challenges.
Research Focus
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