Bridging the Mind-Brain Gap by Morphogenetic "Neuron Flocking": The Dynamic Self-Organization of Neural Activity into Mental Shapes.
René DoursatPublished in: AAAI Fall Symposia (2013)
Keyphrases
- spike trains
- spiking neural networks
- human intelligence
- neural network
- mental states
- computational neuroscience
- artificial intelligence
- biologically plausible
- cognitive science
- dynamic environments
- human brain
- network architecture
- brain activity
- single neuron
- multi agent
- neuron model
- biologically inspired
- human activities
- neural model
- feed forward
- cognitive process
- motor control
- computational intelligence
- artificial neural networks
- functional connectivity