History has favored the economic forces of supply
side
mechanisms, and for good reason. This history has had many
beneficial
consequences, lifting individual quality of life for a large proportion
of the human population. However, since the supply side is overly
dominate, the demand side has not developed mechanisms such as the
control over capital and the definition of consumer products, as has
the supply side.
This page develops definitions and extends the discussion of demand
side principles as introduced in slide 4 of the Power Point "Bridge to
the Future".
The demand side involves all individuals and their
complex human interiors, sense of self and individualism, and the
reactions
that arise if needs are not "satisfied" by a supply side. These
reactions could unsettle the entire economic and cultural system.
The consequences arising from the supply side mismatch must be a
concern for those with influence on capital formation and consumer
fulfillment mechanisms. Understanding these consequences has been a
challenge.
"Demand side is more
difficult to describe because causative forces are distributed
and involves many individuals."
From: Elements and Principles of Demand
Side Theory" Note 9 *<*>
The situation in 2009 is complex, since a number
of social or economic factors are entwined. In our analysis, our
concept of
consumerism is placed under a light and certain negative consequences
are observed.
As mentioned, capital formation appears to be over controlled and thus
serving too much the well specified private interests of wealthy
individuals. A class of mechanism that balance the individual
influences
across the entire population would seem to be from first principles
democratic, and yet the demand side is defined only in terms of
supply. Without an viable alternative economic system, and
theory, we are left
only with unproductive criticisms of a status quo.
This alternative economic system is proposed as viable when a new
technology is placed into the public domain. The new technology
empowers a voluntary shift from
the use of the Wild West Internet to a Clean Slate Internet. This
clean slate is to come with security and separable stratum where
security and transparency is defined with precision in term of civil
laws.
(1) Demand side technology
(1a) Distributed data is universally organized using a key-less hash
table.
A single global index: The key-less
hash table is based on a simple patent (Gruenwald 2001) and derivatives
that use base 64 numbers to represent any ASCII text (in English
alphabet). Using this simple conversion, unique text strings are
"sameAs" unique numbers and thus a
natural order is implicate. Each possible text string has a single
place in
that order, even if not used anywhere. A global virtual index
exists without the
need to state the index, since this index is ordered using the order
implicit in the natural
counting numbers, and various mappings including to the real numbers
existing between 0 and 1. Two such data sets may be combined
easily, and a data set may be separated easily.
The natural order is without any bias and thus serves as an important
level playing field for a new ecosystem of competitive market forces.
Once adopted, the index is
universal in that
"James" is always located in exactly the same "place".
Semantic index: The natural
order of the positive integers is a
structural index, not a semantic index, but situationally coherent
semantics may be overlaid
easily. Semantic "arithmetic" may be easily associated with
formally specified abstract ontology, and/or the less formal topic map
web knowledge representation standards. Moreover the vitally important
mechanism for reconciliation of terminology differences is
a simple matter of creating and maintaining a wiki type
dictionary. Meaning is managed by the community of communities
using
mechanisms discussed below. Explanatory coherence is used to
identify compositional grammar useful
in automating the formation and evolution of this single universal
dictionary. *<*>
World wide interlingua is developed as a consequence
of global
use of this wiki type universal dictionary. This world wide
interlinqua may be equipped with a sub-stratum generative set of
structural atoms with one to one correspondances to data and process
specification, such as developed in at least one private
instance. A general theory of language regarding such sub-stratum
generative layers is provided in the work by Adi <*>.
The structural index is associated with ways of organizing data using
the concept of a semantic tensor, derived from work by Gruenwald, which
acts like a linear transform in Hilbert space, except that the basis
elements are not orthogonal, i.e., they may be wavelet or wavelet
like; *wiki definitions*<*>.
The semantic tensor is grounded in a framework where two or more
enumerated sets of focus elements are used in forming a cross product,
see parallel to demand side learning theory in *<*>.
Unexpected innovation:
The simple concept of a key-less hash creates an very small data
foot-print index-less repository
for human text. Each word has a unique location defined in the
mathematical
concept of the set of real number. This mathematical concept
allows any
of the linear algebra transformations that are well understood and from
which there are specific silicon based processors.
Secondary data
structuring may be consistently created using a single matrix
operator. Other fast and simple results as usable from classical
mathematics, in particular the Hilbert type mathematics and from Lie
algebras. For example,
the ability to take a very large set of numbers and convolve, or
integrate using the calculus concept of integration, allows the
complete structural analysis of the relationship between two large data
sets in a
single pass over the data. This feature of key-less hash encoded
data sets allows the theoretical notion that large datasets may in fact
be encoded as frequency and propagated as single electromagnetic wave
bursts, and that convolutions may be performed by observing the
interference patterns as waves occupy the same space (outside the
processor). This paradigm maps to the theory, created by Pribram
and his colleagues, regarding cognitive structural processing by brain
systems.
Instant retrieval: The
use of the Grunwald patent creates a
means to instantly locate where data ought to be, in case a specific
data string is not in the data base; and the data itself if the data is
in the data base. The means to locate is based on a very simple
use of the notion of order. As mentioned above this order is
explicit in the positive counting
numbers.
Unbreakable encoding:
Elementary number theory may be directly
applied to produce cryptographic encoding that may not be broken in
fixed time. This feature when combined with the property of
generative stratum* creates a security regime necessary for guaranteed
structural encapsulation of separable communicative stratum. The
assertion is thus made that security becomes measurable and that
instrumentation allows legal measurement with notification to any
process that is being measured. This is a complex paradigm that
brings cyber intrusion on pare with legal search jurist prudence.
Technically, e.g. if set up properly, no search may be done at any time
anywhere in the new Internet without notice of the search in real
time. The only search that might be legal is by the government
when there is a court order. So this feature would effectively
end
the Wild West Internet quality when in the Clean Slate Internet.
Equipped with plausible
reasoning: The key-less has is used to create an ontology
referential base
with inferential
coherence. The explanation of this is not so immediate, and for
now I make reference only to *<*><*><*>
(1b) Iconic self organizing interface
language, provides the most natural means to define computing
processes, data structure and human interactions with computing systems.
Innovations supporting Transaction Memory creates natural design time
standards for grid
processing. This work is discussed under the name "sub-stratum
computing" and "sub-stratum language".
As discussed above, Deep Packet Inspection is part of what creates a
security regime with 100%
instrumentation. With generative stratum, the inspection allows control
over who may see the transactions, with notice to all uses of this
inspection capability. Inspection is technical easy, given the
right codes, but is also easily seen with any process that knows the
codes for a specific generative stratum.
Stratification, e.g. sub-stratum computing, creates a natural
language-like mechanism for the recognition of novelty.
(2) Demand side educational practice
Demand side educational practice is Socratic and participatory and
overcomes learned disability causes by a broken educational
system. Ontological modeling of curriculum focus elements may be
mapped to K-12 focus elements and to the ontology of mathematics and
science.
(3) Secure global commodity
transparency
a) See *<*>
(4) Decentralized communication grid
a) Not public
(5) Decentralized energy and commodity
grid
a) Not public