Restricting plasticity to large-magnitude updates and to connected paths through the network reduces energy cost of training with only modest extra time.
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Proposes functional whole-brain models defined by four criteria that integrate empirical connectomes, dynamical realism, and task-performing competence across cognitive domains.
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Competitive plasticity to reduce the energetic costs of learning
Restricting plasticity to large-magnitude updates and to connected paths through the network reduces energy cost of training with only modest extra time.
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Functional Whole-Brain Models: A New Framework for Unifying Brain Structure and Cognitive Function
Proposes functional whole-brain models defined by four criteria that integrate empirical connectomes, dynamical realism, and task-performing competence across cognitive domains.