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Found 5 papers, 1 papers with code
Knowledge-guided EEG Representation Learning
We also propose a novel knowledge-guided pre-training objective that accounts for the idiosyncrasies of the EEG signal.
Learning A Disentangling Representation For PU Learning
In this paper we propose to learn a neural network-based data representation using a loss function that can be used to project the unlabeled data into two (positive and negative) clusters that can be easily identified using simple clustering techniques, effectively emulating the phenomenon observed in low-dimensional settings.
Beta quantile regression for robust estimation of uncertainty in the presence of outliers
Outlier features can compromise the performance of deep learning regression problems such as style translation, image reconstruction, and deep anomaly detection, potentially leading to misleading conclusions.
Learning From Positive and Unlabeled Data Using Observer-GAN
In our suggested method, the GAN discriminator instructs the generator only to produce samples that fall into the unlabeled data distribution, while a second classifier (observer) network monitors the GAN training to: (i) prevent the generated samples from falling into the positive distribution; and (ii) learn the features that are the key distinction between the positive and negative observations.
Deep Quantile Regression for Uncertainty Estimation in Unsupervised and Supervised Lesion Detection
Here we address the problem of quantifying uncertainty in the images that are reconstructed by the VAE as the basis for principled outlier or lesion detection.
