and, btw, this sort of system is easily, and vividly, simulated
via an approach that makes use of red, green, blue (RGB) color
mixing to encode "ionic conductances" (in a non-analog machine,
the color representations are still "state"-bound, but, if one
wants to, the calculation can be extended to any degree of
accuracy by just using arbitrarily-long numbers to interpolate
between the 16M color states of a PC, and having a scalable graph
window to display the interpolation).
this system of stateless calculation breaks all, so-called,
"NP-complete" "barriers"... is limited only by global i/o channel
capacities... whole databases can be taken in, and their main
significance, calculated immediately (in linear "time").
K. P. Collins
ken collins wrote:
>> the nervous system is stateless... for a crude analogy, imagine a
> leaky system that's structurally dependent upon being inflated by
> bycicle pumps attached to valves attached at various points in
> the system... depending on the momentary inflation, components of
> the system interface differently with each other, and the
> system's outputs vary accordingly.
>> in the CNS, ionic conductances, upon which the ability to
> generate action potentials depends, do "exactly" this (only
> there're no "valves"... the ionic conductances are generated as a
> function of ongoing neural and glial activations)... and be-cause
> "charge" varies continuously, the result is a stateless,
> infinitely-configurable, system.
>> K. P. Collins
>> Sergio Navega wrote:
[...]