… a neural mass at each node of a large-scale brain network? … we do not optimize their
parameters directly but through encoder … modeling based on the structural connectome but differs …

… -oriented research that is performed to optimize (accelerate … A DTI acquisition is relatively
fast (whole brain coverage within ∼ 5 … Neuronal bodies integrate and evaluate transferred …

… optical imaging to target neuronal structures with histological … as diffusion tensor imaging
(DTI) via magnetic resonance [50]… An optimization of the ex vivo MRI imaging protocols will also …

… In addition, large-scale theoretical models of functional activity … A natural choice for predicting
brain connectivity is graph neural … The weights were optimized using stochastic gradient …

… model, large-scale brain and data science is here to stay. … , the large scale network models
and optimization or exploration … glia, neurons, and vascular cells of the mouse cerebral cortex. …

… pathways more accurately using size-optimized coils at 5 … neurons of the cerebral cortex
might have already reached their … data analysis techniques that can handle the large-scale 29 …

… cortex have been observed in large-scale studies of various … ; a wide & deep neural network
with 80 neurons in the first 3 … via a Fisher’s exact test of the top 1% of genes, to evaluate …

… We here propose an optimized approach to map myelin fibers in the whole mouse … Liu,
“Optimization of large-scale mouse brain connectome via joint evaluation of DTI and neuron …

… ICA—a method recommended the Human Connectome Project [52]—for … No significant
changes of brain tissues’ DTI and NODDI metrics … 3b, c), indicating increased neural responses to …

… optimized approach to map myelin fibers in the whole mouse … Another potential application
of connectome mapping by … of DTI metrics in terms of neuronal and non-neuronal cell types …