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agi
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I previously posted here claiming that the human mind (and therefore
an ideal AGI) entertains uncomputable models, counter to the
AIXI/Solomonoff model. There was little enthusiasm about this idea. :)
Anyway, I hope I'm not being too annoying if I try to argue the point
once again. This paper also
I previously posted here claiming that the human mind (and therefore an
ideal AGI) entertains uncomputable models, counter to the
AIXI/Solomonoff model. There was little enthusiasm about this idea. :)
Anyway, I hope I'm not being too annoying if I try to argue the point
once again. This paper
I'm not sure that I'm responding to your intended meaning, but: all
computers are in reality finite-state machines, including the brain
(granted we don't think the real-number calculations on the cellular
level are fundamental to intelligence). However, the finite state
machines we call PCs are so
Hi Abram,
I believe the key point of the paper is:
...human minds develop through time over generations, they invent new
concepts and techniques, which in turn allow previously resistant problems
to be solved. There seems to be no upward bound whatsoever to this
ascension.
This is captured in
Brain modeling certainly does seem to be in the news lately. Checking out
nextbigfuture.com, I was reading about that petaflop computer Roadrunner and
articles about it say that they are or will soon be emulating the entire visual
cortex -- a billion neurons. I'm sure I'm not the only one
I'm not sure that I'm responding to your intended meaning, but: all
computers are in reality finite-state machines, including the brain
(granted we don't think the real-number calculations on the cellular
level are fundamental to intelligence). However, the finite state
machines we call PCs
Hear Ye, Hear Ye...
CHILDREN LEARN SMART BEHAVIORS WITHOUT KNOWING WHAT THEY KNOW
http://www.physorg.com/news132839991.html
Cheers,
Brad
And, remember: think twice, code once!
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agi
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