A physics-transfer graph network trained on simulated growth of simple elastic shells predicts curvature and short-term shape change on a fetal brain atlas, but validation is limited to a single population-averaged atlas.
The cellular and molecular landscapes of the developing human central nervous system.Neuron, 89(2):248–268, 2016
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Predicting Brain Morphogenesis via Physics-Transfer Learning
A physics-transfer graph network trained on simulated growth of simple elastic shells predicts curvature and short-term shape change on a fetal brain atlas, but validation is limited to a single population-averaged atlas.