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    Older LLM benchmark scores may be less useful for predicting future performance

    The author says Chronos-2 cut next-year prediction error by 37% against pooled past scores across 19 models and 12 datasets.

    Micah GoldblumMG
    12 Sources, 1h ago, first seen 1h ago

    TLDR

    A researcher argues that LLM evaluation should account for time: models are trained on past data but deployed later. On LiveCodeBench, they say using 12-month-old rather than one-month-old data to predict next month’s scores more than doubled prediction error. They report that Chronos-2 cut next-year prediction error by 37% compared with pooling past benchmark scores across 19 models and 12 datasets, and recommend weighting recent data more heavily.

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    12 Sources, first seen 1h ago

    70 likes14 comments11 saves8 reposts

    Combined views

    2.8K

    12 Sources, first seen 1h ago

    70 likes14 comments11 saves8 reposts
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    12 Sources

    Micah Goldblum@micahgoldblum🚨 LLMs are trained on past data and deployed in the future, but we evaluate them like time doesn't exist. By treating LLM evaluation as a forecasting problem, we can better predict how models will actually perform in the future. 📈 1/n1h
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    12 Sources

    Micah Goldblum@micahgoldblum🚨 LLMs are trained on past data and deployed in the future, but we evaluate them like time doesn't exist. By treating LLM evaluation as a forecasting problem, we can better predict how models will actually perform in the future. 📈 1/n1h
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