eventChemistry ™ .
Information Assurance through
Informational Transparency
Paul S. Prueitt
December 24, 2001
First Report on eventChemistry
(December 17th, 2001)
(October 29th note: The author has
taken a leave of absence from business activities and is redeveloping
OntologyStream materials to be absent any business sells pitches. However, this process will take a
while. The reduction of web pages to
the essential logical and scientific elements is a great pleasure. )
Let us review readings in
theoretical linguistics.
There is in these readings the
language of "double articulation of language". In particular if anyone has John Lyons
"Introduction to Theoretical Linguistics" Cambridge University Press ..1968.. you might read the following:
"Linguists sometimes
talk of the 'double articulation' (or ‘double structure’) of language; and this
phrase is frequently understood mistakenly, to refer to the
correlation of the two planes of expression and context. What is meant is that the units on the
‘lower' level of phonology (the sounds of a language) have no function other
than that of combining with one another to form the ‘higher' units of grammar
(words). It is by virtue of the double
structure of the expression-plane that languages are able to represent
economically many thousands of different words. For each word may be represented by a different combination of a
relatively small set of sounds, just as each of the infinitely large set of
natural numbers is distinguished in the normal decimal notation by a different
combination of the ten basic digits."
page 54.
From this distinction between
substance and form, springs the school of linguists founded by de Saussure.
The Peircean School of semiotics
has a similar distinction that can be seen in the statement of Peirce's Unified
Logical Vision (ULV). The ULV is paraphrased
as:
"Concepts
are like chemical compounds, in that they are composed of atoms".
This distinction seems quite
available to students and scholars in Russia, but not in the United
States. In Europe there is a mixed appreciation
of this type of stratified thinking.
A mistake is typically made in thinking about correlation
between atoms and compounds. This specific mistake leads to the class of
methods called Latent Semantic Indexing (LSI). LSI is used in text understanding systems. In fact, LSI is often applied to obtain a
correlation between words and paragraphs.
This is how the matrix in LSI is set up. The mistake treats the atoms and the compounds as having an
equivalent "ontological" status, when they in fact do not.
The experimental research on the relationships between
phonology and semantics has clearly established the fact that form and
substance do not have the same ontological status in natural language use. The framework consequent to experimental
work on double articulation impacts second language acquisition research, and
this research in turn is linked to research on perception and human visual
system, including the perception of color.
Double articulation presents a
challenge to scientific reductionism. Scientific reductionism simply cannot be
justified if double articulation is accepted.
The reason why it cannot be justified is that form (from which meaning
is most directly derived) is simply missing at the level of the substance that
fills this form. To account for double
articulation, we must move from a simple theory of physical science to a
complex theory. Complexity theory
postulates that no part of the physical world, or its natural law, can be
reduce to a set of token and rules acting on these tokens. Stratification is one way to organize the
processes in the physical world into organizational levels.
If the physical world is modeled
as if stratified then the issue of substance and form can be treated in a new
light. If we look from one level of
organization it is easy to be confused by what is substance and what is
form. From the perspective of the level
of expression, the substance BECOMES the form because the atoms from the lower
level are subsumed and no longer exist as a thing; at that level of
organization. So, as in quantum
mechanics, there are things that do not properly exist from the perspective of
an organizational stratum. Bell’s
theorem (in quantum theory) sets this fact in stone.
This stratified theory is not so
simple to understand. However, the
stratified theory is vital to the development of reasonable ontology
apparatus.
Success can be found from the
performance of stratified machine intelligence.
1)
Stratified
theory leads directly to a simpler from of Artificial Intelligence (AI) that is
radically more powerful when measured using performance metrics.
2)
Stratified
theory separates the now difficult and unsolvable problems in Information
Assurance (IA) into a complex part (human motivation) and a simple part (the
computer science of invariance detection, event detection and incident
management). Using Referential
Information Bases, or RIBs, the simple part is completely solvable
(conjecture).
3)
Stratified
theory simplifies all forms of physical science by discarding the centuries old
reductionism philosophies.
In 2002, Don Mitchell and Paul
Prueitt developed the first three OSI Browsers. These browsers applied new principles from computer science,
ontology architecture and what one might call Perceptual Knowledge Management. The fourth Browser, generalFrameworks, allowed
the development of structured ontology for the purpose of profiling the
elements of text collections. (Not
completed as of October 2002).
Perceptual Knowledge Management
starts with the notion of a finite state machine and a means by which a human
can easily make transforms on this finite state machine. This is the first step toward an Many to
Many (M2M) communications device.
In addition to opening access to
eventChemistry through the OSI Browsers, the Event Browser itself will have a
standard export and import process that allows a stratified objectSpace. This import/export provides academia with a
primary event chemistry research tool.
The objectSpace has two levels of abstractions. One of these levels corresponds to atoms
defined by human conjecture regarding the meaning of correlation between data
invariance. The elements of invariance
are elementary event atoms in event logs.
Figure 1: The SenseMaking environment for SLIP
The second level of abstraction corresponds to the emergent computing that resolves a bag of atoms into a pictorial graph (see the logo at the top of this paper). A complete “SenseMaking” environment is shown in Figure 1.