Sleep-like slow oscillations induce hierarchical memory association and synaptic homeostasis in thalamo-cortical simulations.
Cristiano CaponeElena PastorelliBruno GolosioPier Stanislao PaolucciPublished in: CoRR (2018)
Keyphrases
- spiking neurons
- working memory
- primary visual cortex
- memory requirements
- feed forward
- receptive fields
- neuron model
- biologically plausible
- computing power
- main memory
- hierarchical structure
- memory usage
- numerical simulations
- memory space
- neural network
- spiking neural networks
- synaptic plasticity
- random access
- visual cortex
- focus of attention
- cognitive load
- multiresolution