Predictive Style Matching uses an offline state-conditioned predictor to reduce upper-body style error by an order of magnitude in RL humanoid locomotion while preserving disturbance recovery rates, unlike motion imitation which trades recovery for style.
Parkour in the wild: Learn- ing a general and extensible agile locomotion policy for quadrupedal robots,
2 Pith papers cite this work. Polarity classification is still indexing.
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Maser emissions act as cosmic rulers for astrometric measurements of astronomical sources from protostellar scales to galactic distances, with SKA-Mid enabling expanded multi-species observations.
citing papers explorer
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Predictive Style Matching: Natural and Robust Humanoid Locomotion
Predictive Style Matching uses an offline state-conditioned predictor to reduce upper-body style error by an order of magnitude in RL humanoid locomotion while preserving disturbance recovery rates, unlike motion imitation which trades recovery for style.
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Cosmic Rulers: Masers as Tools for Probing Structure in the Galaxy and Beyond, from AU to kpc
Maser emissions act as cosmic rulers for astrometric measurements of astronomical sources from protostellar scales to galactic distances, with SKA-Mid enabling expanded multi-species observations.