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PosteriorRefinementImprovesSampleEfficiency inBayesianNeuralNetworks

Neural Information Processing Systems

Its derivation, based on Lu et al.[54] is as follows. For the HMC baseline, we use the default implementation of NUTS in Pyro. In Table 7, we present the detailed, non-averaged results to complement Table 4. In both cases, we observe that the performance of the refined posterior approaches HMC's. C.2 Textclassification We further validate the proposed method on text classification problems.




9dfb5bc27e2d046199b38739e4ce64bd-Paper-Conference.pdf

Neural Information Processing Systems

Thesecond stage then introduces unlabeled data withdisjoint classesin a semi-supervised scheme to diversify these priors and achieve generalization. We assess our method on both synthetic data and real collected point clouds.