CAESAR is a unified framework for spatio-temporal scientific data reduction. The baseline model, CAESAR-V, is built on a variational autoencoder (VAE) with scale hyperpriors and super-resolution ...
Abstract: Machine learning methods offer a shortcut for automated cardiovascular disease diagnosis. However, the high cost of ECG signal annotation, along with insufficient labeled data and class ...
Abstract: Sign language translation (SLT) traditionally requires costly human gloss annotations. Recently, gloss-free approaches, which directly generate text from video, have been studied and ...
Variational Autoencoders (VAEs) have proven to be powerful generative models in quantitative finance, capable of learning latent representations of market data and generating synthetic scenarios for ...
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