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    A model's ten-class accuracy reportedly rises from 19.4% to 58.1% after a training change

    A user reports that restricting a model's choices to the correct pair yielded 97.5% accuracy with SGD, despite 19.4% accuracy across all ten outputs.

    AK
    1 Source, 14d ago, first seen 14d ago

    TLDR

    For a model trained with SGD and cross-entropy over all ten outputs, a user reports 19.4% final accuracy—or 97.5% when choices are restricted to the correct pair. With Adam, the reported figures are 19.6% and 71.3%. Keeping SGD but applying binary cross-entropy only to the current pair's two outputs raises final ten-class accuracy to 58.1%, the user says. They note that predictions can still change without direct updates to old output weights because the shared network changes.

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    1 Source, first seen 14d ago

    Combined views

    115

    1 Source, first seen 14d ago

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    1 Source

    @BlackHCKeeping SGD, switch to binary cross-entropy (BCE) on only the current pair’s two outputs: final ten-class accuracy rises from 19.4% to 58.1%. Old output weights get no direct updates, but the latents do. The predictions can change as the shared network changes.

    1 Source

    @BlackHCKeeping SGD, switch to binary cross-entropy (BCE) on only the current pair’s two outputs: final ten-class accuracy rises from 19.4% to 58.1%. Old output weights get no direct updates, but the latents do. The predictions can change as the shared network changes.