On the figure above, a mental activity of the
flat part of a personoid
is obseved and managed by a meta-monad. The monads 1,2,3 are only an image
of the basic flat personoid.
Personoids with a meta-monad represent a
structural intelligence higher
than the intelligence of flat personoids.
In general, the personoid architecture ( and its intelligence) is
incrementable because every previously constructed monad or personoid may
be considered as a subsequent dynamic domain of activity for the next higher
hypothesis on Fractal Intelligence
We may expect that the personoid cognitive IPK (Information, Preferences, Knowledge) architecture can grow up automatically
according to the increasing number of personoid domains of activity,
points of view and meta-reasoning levels. Such
process could be driven by a fractal algorithm.
In the next research step, a personoid
fractal algorithm could
be also considered as its genetic code
and could be modified by mutations in personoid societies. Some preliminary
theoretical study of such self developing personoids has been performed
in ENEA in 1994 -1995. Taking under considerations increasing possibilities
of HPPC (High Performance Parallel Computing) first simulations of human
organizations as a personoids' organization with dynamically modificable
structures seems to be a realistic objective in the first years of 2000.
In general, the Abstract Intelligent Agent
research requires strong interdisciplinary cooperations what is possible
to realize , for instance, in frame of European R&D projects.
" New thinks get started by
evolution of chance, not design" (-)Allan Newell
These are ENEA's research pages representing the opinions of the contributor, but not necessarily
of ENEA. The information is provided without any warranty. It is intended
to be useful for citation purposes but is certainly not always complete
nor up-to-date. Copyright (c) since 1996 ,
Adam Maria Gadomski. ENEA. All intellectual rights