Self-supervised Physics-Informed Manipulation of Deformable Linear Objects with Non-negligible Dynamics
Overview
This paper introduces SPiD, a framework combining an extended mass-spring model with augmented self-supervised training to handle dynamic manipulation of deformable linear objects. The authors demonstrate the method on rope stabilization and trajectory tracking tasks in both simulation and real-world settings, showing robustness to distribution shifts, unseen initial states, varying rope properties, and external disturbances using a markerless perception approach.
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- arXiv Robotics — research abstractsSignalSelf-supervised Physics-Informed Manipulation of Deformable Linear Objects with Non-negligible Dynamics
This paper introduces SPiD, a framework combining an extended mass-spring model with augmented self-supervised training to handle dynamic manipulation of deformable linear objects. The authors demonstrate the method on rope stabilization and trajectory tracking tasks in both simulation and real-world settings, showing robustness to distribution shifts, unseen initial states, varying rope properties, and external disturbances using a markerless perception approach.
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