The human could be described in very similar terms. People think we’re magic or something, but we to are just a weighted neural network assembling outputs based strictly on training data built from reinforcement. We are just for the moment much much better with massive models. Of course that is reductive but many seem to forget that brains suffer similarly when outside of training data.
Artificial neural nets no, but neural networks in general yes. Just because the computer version isn’t like the real thing doesn’t mean that humans do not use a type of neural network.
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The human could be described in very similar terms. People think we’re magic or something, but we to are just a weighted neural network assembling outputs based strictly on training data built from reinforcement. We are just for the moment much much better with massive models. Of course that is reductive but many seem to forget that brains suffer similarly when outside of training data.
That’s an obsolete description of what a mammal’s brain is.
Do you have a better one?
I could find a dozen better ones in google, but I’m not a neurophysiologist.
The important thing here is that neural nets do not describe human brain.
Artificial neural nets no, but neural networks in general yes. Just because the computer version isn’t like the real thing doesn’t mean that humans do not use a type of neural network.
And your experience to say this is?..
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You’re the one making a radical claim here. What’s your experience?
No, stating a commonly known thing.
In response to your radical claim, I might add, which doesn’t match with the fact that humans haven’t yet emulated the brain of a nematode.
That’s a strong claim. Got an academic paper to back that up?