From: Phil Goetz (email@example.com)
Date: Mon Sep 19 2005 - 18:48:04 MDT
--- "Eliezer S. Yudkowsky" <firstname.lastname@example.org> wrote:
> Jeff Hawkins says, "Maybe the universal cortical algorithm is
> temporal hierarchical sequence prediction and conflict detection."
> Now that I have a quantitative grasp on
> how incredibly slow evolution runs, it is far more plausible to me
> most or even all of the cerebral cortex is running one underlying
> algorithm with various degrees of local tweaks - even if it's not at
> obvious that this is the case just from studying functional
It might be that the cortex operates in much the same
way in different regions, barring certain specialities such as
the cytochrome-oxidase blobs in V1. But the rest of the brain
is modular and task-specific. I don't know which is harder to
deal with - uniform computational principles in a distributed
non-modular design, or diverse modules.
> There's a lot more to the human brain than cerebral cortex, but if
> Redwood Neuroscience can prove Hawkins's notion or find some other
> common algorithm at work across the cerebral cortex, it'll be the
> largest contribution to neuroscience since Marr.
BTW, Marr's contribution is inaccessible to scientists nowadays -
his 1982 book /Vision/ has been out of print for decades,
and used copies sell for about $300. I don't have one.
Yahoo! Mail - PC Magazine Editors' Choice 2005
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