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Lilian Weng explores why deep neural networks generalize despite overfitting

This post delves into the question of why deep neural networks, despite their numerous parameters, can generalize well to new data. It explores classic principles like Occam's Razor and the Minimum Description Length (MDL) principle, which suggest that simpler models are more likely to be correct and that learning can be viewed as data compression. The MDL principle, in particular, formalizes the idea that a good model should not only explain the data but also be concise, thereby aiding generalization. AI

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RANK_REASON This is a blog post discussing theoretical concepts and classic papers related to machine learning generalization.

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Lilian Weng explores why deep neural networks generalize despite overfitting

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  1. Lil'Log (Lilian Weng) TIER_1 ·

    Are Deep Neural Networks Dramatically Overfitted?

    <!-- If you are, like me, confused by why deep neural networks can generalize to out-of-sample data points without drastic overfitting, keep on reading. --> <p><span class="update">[Updated on 2019-05-27: add the <a href="#the-lottery-ticket-hypothesis">section</a> on Lottery Tic…