DeepPruning: Efficient Neural Networks by Exploring Pruning Techniques.
Visual analytics of heterogeneous brain networks using multilevel methods
Applying stacked sparse autoencoders and artificial neural networks for the predic...
Functional connectivity of default mode network in Alzheimer's disease and mild co...
Effects of Conditional Knockout of Pdia3 during Development of the Mouse Hippocamp...
Assessment of cognitive training method with virtual reality in patients with mode...