Hydra: An Interpretable AI Ensemble Tames the Chaos of Single-Cell Data
Researchers have unveiled Hydra, an interpretable ensemble deep learning framework that jointly performs feature selection and cell type annotation across ...
Researchers have unveiled Hydra, an interpretable ensemble deep learning framework that jointly performs feature selection and cell type annotation across ...
A new deep learning and agent-based framework called veloAgent integrates tissue spatial context into RNA velocity inference and enables virtual ...
A new deep generative and agent-based framework called veloAgent integrates spatial context into RNA velocity analysis, producing anatomically consistent cell ...
Researchers have developed CausalCACTUS, a framework that generates counterfactual explanations for black-box machine learning models which simultaneously respect learned causal ...
Researchers in China have developed a dual-path deep learning network that keeps multimodal sentiment analysis accurate even when text, audio ...
Researchers have developed a two-level evaluation framework showing that synthetic vertebrae which score highly on geometric similarity can still fail ...
Researchers have developed a zero-shot classification framework that aligns short, noisy citizen hotline texts with richly described class attributes in ...
A variational autoencoder trained only on healthy motion capture data can distinguish sex, speed and gait type while generating realistic ...
Researchers in China have developed a detection method that combines temporal knowledge graphs, time-series tensors, and a variational autoencoder paired ...
A new machine learning framework combines variational autoencoders with actor-critic deep reinforcement learning to sequentially estimate the remaining useful life ...
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© 2025 Scienmag - Science Magazine