Here is the first in a series of 3 "OpenCoggish AGI Theory" papers I'm
in the midst of writing...
https://arxiv.org/abs/2012.01759
This one just sets up some basic "plumbing" for working with
metagraphs (i.e. folds, unfolds and more complex related morphisms on
metagraphs, topologies on metagraphs, etc.). There is some close
connection w/ Linas's earlier work on sheaves and metagraphs, though
pushing in a different direction.
The second in the series (currently in process !) will deal with
gradual typing systems and uncertain/paraconsistent logics on
metagraphs
Then the third will make an effort to formulate the various OpenCog
cognitive algorithms in a common format using Galois connections on
metagraphs .. bringing together the futumorphism / histomorphism stuff
with the type-system/logic stuff .... The concepts here are much as
in my older notion of "OpenCoggy Probabilistic Programming" but I'm
trying to formalize the ideas a little more rigorously here...
This is all heavily motivated by Hyperon design/prototyping, i.e.
wanting to get a clear understanding of what operations most badly
need to be made scalable in Hyperon...
ben
--
Ben Goertzel, PhD
http://goertzel.org
“Words exist because of meaning; once you've got the meaning you can
forget the words. How can we build an AGI who will forget words so I
can have a word with him?” -- Zhuangzhi++