Spike timing-dependent plasticity induces non-trivial topology in the brain.
Raoul BorgesFilipe BorgesEwandson Luiz LameuAntonio M. BatistaKelly C. IaroszIberê L. CaldasChris G. AntonopoulosMurilo S. BaptistaPublished in: Neural Networks (2017)
Keyphrases
- biologically plausible
- human brain
- synaptic plasticity
- biologically inspired
- feed forward
- neural network model
- neurodegenerative diseases
- basal ganglia
- spike trains
- brain activity
- motor learning
- spiking neural networks
- brain images
- image processing
- event related
- cortical surface
- learning mechanism
- post mortem
- sensory motor
- mr images
- electrical activity
- medical images
- high dimensional