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JevVLA: An Energy-Based Adaptation Framework for Frozen Foundation Policies

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Wei Wang and other authors propose JevVLA, a lightweight energy-based adaptation framework for vision-language-action (VLA) policies. Its approach is, while keeping the foundation policy frozen, to learn a differentiable scalar energy function conditioned on observations, task context, and actions, used both for discrete candidate comparison and for continuous action refinement or generation; training signals can come from execution feedback, expert corrections, or demonstration preferences. The authors state that each benchmark uses independently trained weights and fixed input/output encodings, but shares the same core network, with about 80,000 trainable parameters. The implementation will be open-sourced.

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  1. JevVLA: A Jev-Inspired Energy-Based Adaptation Framework for VLA Policies

    Researchers propose JevVLA, a lightweight energy-based adaptation framework for vision-language-action (VLA) policies that, with the base policy frozen, learns a differentiable scalar energy function used both for comparing discrete candidates and for correcting or generating continuous actions.

    arXiv cs.RO ·

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