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    Can a small network learn new digits without forgetting old ones?

    A user says they had Claude do automated research on a toy continual-learning problem, teaching a small network handwritten digits two at a time.

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

    TLDR

    A user describes a Claude-assisted Split MNIST experiment: a small neural network learns handwritten digits in order—0/1, 2/3, 4/5, 6/7, then 8/9. Each stage uses only that pair’s real training images, with testing on all ten digits after the final stage. The user says the setup starts with two training passes per task and reports results averaged across three random seeds.

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    1 Source, first seen 14d ago

    Combined views

    211

    1 Source, first seen 14d ago

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    1 Source

    @BlackHCSplit MNIST: one small MLP learns handwritten digits in order: 0/1 → 2/3 → 4/5 → 6/7 → 8/9. Each stage uses only that pair’s real training images. After the last stage, test on all ten digits. Results average 3 seeds; start with 2 epochs per task.

    1 Source

    @BlackHCSplit MNIST: one small MLP learns handwritten digits in order: 0/1 → 2/3 → 4/5 → 6/7 → 8/9. Each stage uses only that pair’s real training images. After the last stage, test on all ten digits. Results average 3 seeds; start with 2 epochs per task.