Evolving encodingCore

1
Evolving encodingCore
Challenge Minimize the footprint on bit
structure (size and accessibility) used to pass
data between individuals within community
structures.
first addressed (to my knowledge) by Sandy
Klausner with the Core Talk architecture.
2
Challenge Minimize the footprint on bit
structure (size and accessibility) used to pass
data between individuals within community
structures.

• Two categories of issues arise
• First category is based on motivation, who are
  software systems for programmer communities or
  human being in general
• Second category is based on the transient nature
  of optimization of footprint.

The first category is made more difficult to deal
with in spite of agreement that there is a
problem with professional interests rising over
general (broad based) interests of all human
beings to live in a world with higher average
standards of living and more broad based sharing
of responsibility and rewards.
3
Challenge Minimize the footprint on bit
structure (size and accessibility) used to pass
data between individuals within community
structures.
Core principled insight of the second
school There is a transient nature to the
optimization of computational structure.
The first school does not acknowledge this
principle, in spite of good evidence, thus
compounding the problem of professional
interests since not recognizing the transient
nature of information structure means that
problems contracted to address can be contracted
over and over due to the confusion in the minds
of contractors and the public.
4
Challenge Minimize the footprint on bit
structure (size and accessibility) used to pass
data between individuals within community
structures.
Evolving encodingCore
The second school principle of transience of
optimal information structure means that optimal
footprints are optimal only during some type of
demarcation depending on context. Context is
structured by reality even if the reality is
encoded as abstract structure in video/audio
digital objects.
principle of transience of optimal information
structure
5
Principle of transient of optimal information
structure

• Notes
• PCH (Process Compartment Hypothesis) was
  developed to summarize the work I was seeing
  (1994-95) from the Soviet Applied Semiotics and
  esoteric physics community on the nature of
  transient phase coherence in persistent objects.
  The ground work is in physics and biology, but
  has immediate application to computational
  systems.
• The PCH is the grounding science for the
  computational architecture called the tri-level
  architecture
• The key to understanding both PCH and tri-level
  is to assert, as we do in the second school, that
  substrate materials aggregates together to form
  the material for a compartment, but that the
  compartment itself is shaped by the affordance
  structure in the moment that the compartment
  forms. Implication is that each context has
  structure that is manifest as patterns in any
  product from that context, including recording of
  video/audio.
• If one thinks about this just a bit, it is
  realized that a given a class of digital objects
  (ie produced using specific types of
  technologies) the class is in fact a Process
  Compartment). Once the compartment forms, there
  is a unique nature to the digital object to be
  encoded if we are talking only about the
  generative Encapsulated Digital Object (gEDO).