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83fa5a432ae55c253d0e60dbfa716723-Paper.pdf

Neural Information Processing Systems

Research efforts on learning implicit 3D shapes without 3D supervision have primarily resorted to binary occupancy[26,34]asthe representation, aiming tomatch reprojected 3D occupancytothe given binary masks. Current worksadopting signed distance functions (SDF) either require apretrained deep shape prior [27] or are limited to discretized representations [14] that do not scale up with resolution.





EfficientDatasetDistillation usingRandomFeatureApproximation

Neural Information Processing Systems

Moreover, distilling a synthetic version of sensitive data helps preserve privacy; a support set can beprovided toanend-user forthedownstream applications without disclosure ofdata.


6a26c75d6a576c94654bfc4dda548c72-Paper.pdf

Neural Information Processing Systems

Forlinear regression, we give a polynomial-time algorithm based on Celis-Dennis-Tapia optimization algorithms. For binary classification, we show how to efficiently implement itusing aproper agnostic learner (i.e., anEmpirical Risk Minimizer) for the class of interest.