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    SoftServe preprint proposes a quasi-Newton method for large neural networks

    A researcher says the method replaces the exact secant equation with a “soft” penalty and uses GPU-friendly matrix multiplications.

    DC
    2 Sources, 9h ago, first seen 9h ago

    TLDR

    A researcher introducing the SoftServe preprint says its quasi-Newton method is designed for non-convex objectives and to scale to very large neural networks. The researcher says it considers structured curvature approximations, such as diagonal and Kronecker forms, and uses Newton–Schulz procedures to approximate costly matrix operations with GPU-friendly matrix multiplications.

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    2 Sources, first seen 9h ago

    Combined views

    3.1K

    2 Sources, first seen 9h ago

    65 likes
    SoftServe: a scalable quasi-Newton method for deep learning
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    2 Sources

    @dianarycaiHow do we make quasi-Newton optimization methods practical for modern deep learning? New preprint with @jooko303 @tanyaisanumber @gowerrobert on SoftServe -- a quasi-Newton method that designed for non-convex objectives, while also scaling to very large neural networks.9h

    2 Sources

    @dianarycaiHow do we make quasi-Newton optimization methods practical for modern deep learning? New preprint with @jooko303 @tanyaisanumber @gowerrobert on SoftServe -- a quasi-Newton method that designed for non-convex objectives, while also scaling to very large neural networks.9h