- Growth: network grows by attaching links among it's member nodes;
- Preferential linking: when a new link is attached, preference is given to nodes with high links;
- Competetiveness: a more competetive node is more likely to attract new links or rewire existing links to it. Competetiveness is an intrinsic property of any node. Its effect on the ability to attract new links is likely a multiply effect.
This could explain the hierarchical connectivity among neurons, and it's scalability and robustness. What then is the key property of the neuron network that distinguishes it from the Internet, and gives rise to intelligence?
"During infancy, billions of these extraordinary cells intertwined into the vast networks that integrated your nervous system. By the time you were four or five years old, your fundamental cerebral architecture was complete."ReplyDelete