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    Automatic hint optimization proposed as a step toward continual learning

    Applied Compute says it optimizes teacher-model hints using efficient proxies for their eventual training value.

    Linden LiLL
    Applied ComputeAC
    2 Sources, ,

    TLDR

    Applied Compute describes a way to automatically optimize the hints a teacher model uses to supervise training in on-policy self-distillation. It says hint quality heavily affects the training signal, but refining hints manually across runs is impractical and isolating each hint’s impact is difficult. The company presents its method as a step toward continual learning.

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    Combined views

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    2 Sources, first seen 1h ago

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    2 Sources

    Applied Compute@appliedcomputeWe're sharing a key step towards enabling Continual Learning at Applied Compute. In On-Policy Self-Distillation, the teacher model supervises training with privileged information: a hint. The training signal depends heavily on hint quality, but manually refining hints across runs is impractical, and isolating their individual impact is difficult. We instead optimize hints automatically using efficient proxies for their eventual training value.1h
    Linden Li@lindensliRT @appliedcompute: We're sharing a key step towards enabling Continual Learning at Applied Compute. In On-Policy Self-Distillation, the t…1h

    2 Sources

    Applied Compute@appliedcomputeWe're sharing a key step towards enabling Continual Learning at Applied Compute. In On-Policy Self-Distillation, the teacher model supervises training with privileged information: a hint. The training signal depends heavily on hint quality, but manually refining hints across runs is impractical, and isolating their individual impact is difficult. We instead optimize hints automatically using efficient proxies for their eventual training value.1h
    Linden Li@lindensliRT @appliedcompute: We're sharing a key step towards enabling Continual Learning at Applied Compute. In On-Policy Self-Distillation, the t…1h