KNOT: A Knockoff-Powered Neural Network Hunts Hidden Autism Risk Genes
A new knockoff-augmented neural network called KNOT brings false discovery rate control to deep-learning-based genetic association studies, uncovering more autism ...
A new knockoff-augmented neural network called KNOT brings false discovery rate control to deep-learning-based genetic association studies, uncovering more autism ...
A systematic review in Artificial Intelligence Review maps six methodological families of time series one-class classification and charts the challenges ...
Researchers have developed AVP-Pro, a two-stage deep learning framework that identifies antiviral peptides and predicts which virus families and specific ...
Researchers have developed SA-IDS, a self-supervised intrusion detection system that learns normal behavior without labeled data and adapts to drift ...
An international research team has developed CLSS, a protein language model that unites amino acid sequence and structural information into ...
Swansea University researchers have developed a hierarchical contrastive learning framework that combines scarce GP-recorded labels with abundant rule-based eGFR labels ...
A new dual-view graph neural network called HD-SKRG achieves state-of-the-art few-shot molecular property prediction by combining hierarchical atom and functional-group ...
Researchers at Brown University have developed SCIGMA, a deep learning framework that integrates up to five spatial omics modalities across ...
Researchers have unveiled SyncDIT, a diffusion-transformer framework that generates high-fidelity video synchronized frame-by-frame to complex audio such as musical performances, ...
Researchers have developed DKF-DST, a two-stage model that uses contrastive slot selection and dynamic knowledge fusion to significantly improve multi-domain ...
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© 2025 Scienmag - Science Magazine