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Maximum-EntropyAdversarialDataAugmentation forImprovedGeneralizationandRobustness: SupplementaryMaterial

Neural Information Processing Systems

LetZ bearandomvariable(continuousordiscrete), and Y be a random variable with a finite set of outcomesY. Following the guidance of [3], we first assume a family of probability densities over the latent variablesฮธparameterized byฯˆ,i.e.,q(ฮธ|ฯˆ). We use SGD for both minimization and maximization.







6ef586bdf0af0b609b1d0386a3ce0e4b-Supplemental-Conference.pdf

Neural Information Processing Systems

Wepropose anend-to-end machine learning based approach for topological ordering using an encoder-decoder framework. Our encoder is a novel attention based graph neural network architecture called Topoformer which uses different topological transforms of a DAG for message passing.


6ef586bdf0af0b609b1d0386a3ce0e4b-Paper-Conference.pdf

Neural Information Processing Systems

Wepropose anend-to-end machine learning based approach for topological ordering using an encoder-decoder framework. Our encoder is a novel attention based graph neural network architecture called Topoformer which uses different topological transforms of a DAG for message passing.


AccelerationExists!OptimizationProblems When OracleCanOnlyCompareObjectiveFunctionValues

Neural Information Processing Systems

The Order Oracle has the capability to compare two functions; however, in contrast to the zero-order oracle, it lacks the ability to calculate or utilize the actual value of the objective function. This concept closely mirrors the challenges encountered in real-world black-box optimization problems.


ShuffleMixer: AnEfficientConvNetforImage Super-Resolution

Neural Information Processing Systems

This is a classical problem that has attracted lots of attention recently due to the rapid developmentofhigh-definition devices,suchasUltra-High Definition Television,Samsung GalaxyS22 Ultra,iPhone13ProMax,andHUAWEIP50Pro,andsoon.