Papers
4
Total Citations
44
H-Index
3
About
Shipeng Lyu is a robotics researcher whose work focuses on a critical challenge for autonomous systems: navigating and surviving on unpredictable, deformable terrains. His research lies at the intersection of terramechanics, sensor fusion, and multi-modal locomotion, aiming to give robots the ability to "feel" the ground beneath them. Lyu’s major contributions include developing predictive models for rover mobility on soft soil, as detailed in his most-cited work (23 citations), which uses an articulated bevameter to prevent mission-critical failures like excessive wheel slip and sinkage. He has also pioneered interaction-based designs for legged robots, such as the STAF sensorized foot (10 citations), which helps robots maintain stability on soft slopes by mitigating sinkage and slippage. Further advancing the field, Lyu has proposed methods for analyzing robot traversability through information fusion (8 citations) and created a unified framework for estimating contact parameters like slippage and sinkage across different locomotion modes (3 citations). By bridging the gap between wheeled and legged robot control on granular surfaces, Lyu’s work is instrumental in making field robotics safer and more reliable for exploration and disaster response.
Research Focus
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Top Papers
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