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 Statistical Learning


ExploringtheAlgorithm-DependentGeneralization ofAUPRCOptimizationwithListStability

Neural Information Processing Systems

In this work, we present the first trial in the singlequery generalization of stochastic AUPRC optimization. For sharper generalization bounds, we focus on algorithm-dependent generalization.



TightMutualInformationEstimationWith ContrastiveFenchel-LegendreOptimization

Neural Information Processing Systems

Successful applications ofInfoNCE (Information Noise-ContrastiveEstimation) and its variants have popularized the use of contrastive variational mutual information (MI) estimators in machine learning.


learning

Neural Information Processing Systems

Consideranews recommendation website that, when presented with a new user, sequentially offers a selection of currently trending articles. Such asystem may only haveafewopportunities tomakerecommendations before the user decides to navigate away, leaving little time to correct for misspecified or underspecified prior knowledge.