Blogging about stuff on the intersection between mathematical optimization, machine learning, and software engineering. Ph.D, research scientist at Verizon Media. Follow me on Twitter for updates. More about me.
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Shape restricted function models via polyhedral cones
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Shape restricted function models
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Mini-batching with in-memory datasets
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Fun with sparsity in PyTorch via Hadamard product parametrization
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Untilting the tilted loss
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Regularization properties of polynomial bases
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A Bernstein SkLearn model calibrator
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SkLearning with Bernstein Polynomials - continued
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“SkLearning with Bernstein Polynomials"
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“Keeping the polynomial monster under control"
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“Are polynomial features the root of all evil?"
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“Proximal Point to the Extreme - Factorization Machines"
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“Proximal Point with Mini Batches - Regularized Convex On Linear"
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“Proximal Point with Mini Batches - Convex On Linear"
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“Proximal Point with Mini Batches"
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“Selective approximation - the prox-linear method for training arbitrary models"
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“Proximal Point is, after all, yet another gradient method"
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“Proximal Point - regularized convex on linear II"
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“Proximal Point - regularized convex on linear I"
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“Proximal point - convex on linear losses"
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“Proximal Point - warmup"