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 Deep Learning




UncertaintyAwareSemi-SupervisedLearningon GraphData

Neural Information Processing Systems

However,GNNs have notconsidered different types ofuncertainties associated with class probabilities to minimize risk of increasing misclassification under uncertainty in real life. In this work, we propose a multi-source uncertainty framework using a GNN that reflects various types of predictive uncertainties in both deep learning and belief/evidence theory domains fornodeclassification predictions.





96671501524948bc3937b4b30d0e57b9-Paper.pdf

Neural Information Processing Systems

BERT is incapable of processing long texts due to its quadratically increasing memory andtimeconsumption. Themost natural waystoaddress thisproblem, such as slicing the text by a sliding window or simplifying transformers, suffer from insufficient long-range attentions orneed customized CUDAkernels.



StabilityAnalysisandGeneralizationBoundsof AdversarialTraining

Neural Information Processing Systems

In adversarial machine learning, deep neural networks can fit the adversarial examples on the training dataset but have poor generalizationability on the test set.