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    Adaptive-View Self-Distillation accepted to NeurIPS 2026

    A researcher behind AVSD says it combines multiple teacher views, including hints, solutions and execution outputs, to improve token-level learning signals for LLM math and code reasoning.

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    TLDR

    A researcher behind Adaptive-View Self-Distillation announced its acceptance to NeurIPS 2026. They say the method draws on multiple privileged-information views, including hints, partial or full solutions and execution outputs. A token-level gate balances what the resulting teachers agree on with signals unique to each view, aiming to provide better learning signals for math and code reasoning.

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    4 Sources

    @duynguyen772Happy to share that AVSD is accepted to #NeurIPS2026! 🎉 We study how to get better on-policy token-level learning signals for LLM reasoning. Self-distillation provides dense token-level supervision by matching a teacher policy conditioned on privileged information, but what if we could use multiple views of privileged information (hints, partial/full solutions, execution outputs, etc.), each inducing a different teacher distribution? Our key idea is that useful supervision comes from both what the teachers agree on and information unique to individual teachers. AVSD adaptively combines both to produce better token-level learning signals for math and code reasoning. 🧵⬇️
    @mohitban47RT @duynguyen772: Happy to share that AVSD is accepted to #NeurIPS2026! 🎉 We study how to get better on-policy token-level learning signal…
    @hyunji_amy_leeExcited to share AVSD is accepted to #NeurIPS2026! 🥳 We investigate how to improve self-distillation with multiple views of privileged information by combining what teachers agree on with useful information unique to each teacher.

    4 Sources

    @duynguyen772Happy to share that AVSD is accepted to #NeurIPS2026! 🎉 We study how to get better on-policy token-level learning signals for LLM reasoning. Self-distillation provides dense token-level supervision by matching a teacher policy conditioned on privileged information, but what if we could use multiple views of privileged information (hints, partial/full solutions, execution outputs, etc.), each inducing a different teacher distribution? Our key idea is that useful supervision comes from both what the teachers agree on and information unique to individual teachers. AVSD adaptively combines both to produce better token-level learning signals for math and code reasoning. 🧵⬇️
    @mohitban47RT @duynguyen772: Happy to share that AVSD is accepted to #NeurIPS2026! 🎉 We study how to get better on-policy token-level learning signal…
    @hyunji_amy_leeExcited to share AVSD is accepted to #NeurIPS2026! 🥳 We investigate how to improve self-distillation with multiple views of privileged information by combining what teachers agree on with useful information unique to each teacher.