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SAGDA: AchievingO(2)Communication ComplexityinFederatedMin-MaxLearning

Neural Information Processing Systems

Compared with conventional minimization problems (e.g., empirical risk minimization), min-max optimization has aricher mathematical structure, thus being able tomodel more sophisticated learning problems thatemergefrom ever-emerging applications.








Towardspracticaldifferentiallyprivatecausalgraph discovery

Neural Information Processing Systems

The design of Priv-PC follows a novel paradigm called sieve-and-examine which uses a small amount of privacy budget to filter out "insignificant" queries, and leverages the remaining budget to obtain highly accurate answers for the "significant" queries.