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“Vita-
Science” & “Vita- technology”:
Bio-cybernetic
Foundations for Viability and Safety Maintaining
of Complex Systems
1.
A phenomenon of homeostatic activity of a brain
in viability maintaining of an organism of
biological systems
Homeostatic
activity of a brain, as is known, is an
unconscious activity of a brain in viability
maintaining of an organism of complex biological
systems. Principally difference of homeostatic
activity of a brain from activity of
"Consciousness", "Sub-consciousness" and
"Super-consciousness", in opinion of the author,
consists in the following.
It
is obvious, that the level of development of
Consciousness is determined by volume of
experience and knowledge which
a
Human being constantly got and transferred from
generation to generation at all stages of
development of the world community. Then,
firstly, it is possible to count, that
homeostatic activity of a brain is such
activity, which is carried out without
dependence from experience and the knowledge
got
by
a Human being. In other words, the contents and
quality of homeostatic activity of a brain of
the modern person does not differ from the
contents and quality of this process at the
primitive person, the monkey and other complex
biological systems.
Secondly,
homeostatic activity of a brain does not based
on the mechanisms of the Sub-consciousness
activity, closely connected to skills or social
norms, which are well automated and therefore
have ceased to be realized by the
person.
Thirdly,
the homeostatic activity of a brain as against
activity of Super-consciousness does not eat the
material, which has been saved up by
Consciousness and in part fixed in
Sub-consciousness. It allows approving, that the
homeostatic activity of a brain is a special
kind of activity of a brain, which essentially
differs from activity of "Consciousness",
"Sub-consciousness" and "Super-consciousness"
and is carried by right cerebral
hemisphere.
Uniqueness
of homeostatic activity of a brain is that this
activity of a brain is carried out under the
nature laws in viability maintaining of an
organism of complex biological systems. In this
sense, the homeostatic activity of a brain is a
special kind of activity of a brain, which is
carried out under the nature laws in viability
maintaining of complex biological systems.
On
the other hand, on the author ‘s opinion, the
phenomenon of homeostatic activity of a brain is
that formalization of this process can become a
basis for the optimum decision of all possible
management tasks, arising in vital activity
process of the modern postindustrial world.
2.
Processes of viability maintaining of complex
systems
2.1
Property of viability of organizationally -
technical systems
Let's
study such complex systems, which include organ
of control, means of control and object of
control. The object of control represents a
functional subsystem of complex system. An
example of object of control in the elementary
case can be power, aviation or other technical
system. The control organ for management of
vital activities processes of control object, in
opinion of the author, is intended for the
analysis of an actual state of control object
and formation of the managing influences
necessary for compensation of chance factors,
influencing on behavior of control object. An
example of control organ can be manager who
determines the order of operating and
maintenance of the equipment in his industrial
enterprises. An example of control means can be
the operational personnel, which carries out the
operations necessary for constant technical
readiness supporting and effective application
of the equipment within the limits of its life
cycle. The complex of the chance factors
influencing on the behavior of control object
generally includes system of endogenous chance
factors determining internal technical state of
control object, and system of exogenous chance
factors determining influence of an external
environment on performance by object of its
functions. Then, viability is an integrated
property of organizationally - technical system,
which is determined by ability of control organ
to use a control means for technical
availability, functional efficiency and safety
maintaining of complex technical system, which
is functional subsystem of the organizationally
- technical system, in real conditions of its
existence within the limits of its life
cycle.
2.2
Information model of viability maintaining
process of complex systems
Viability
maintaining process of any complex system, in
opinion of the author, is a management process
for ensuring of survival, self-preservation and
steady functioning of above system in real
conditions of its existence. The conditions of
existence of control object are determined by
internal state of the object and influence of an
external environment on performance by object of
its functions. Modern technical systems, as a
rule, are characterized by high indications of
reliability and steady functioning in relation
to the chance factors determining conditions of
performance by system of its functions. At the
same time, on one hand, the complex technical
system always has “latent defects”, which yet
have not led to obvious infringements of
functions of technical system. On the other
hand, for effective application of complex
technical system, as a rule, there is a
necessity for switching ranges of compensation
of the chance factors determining conditions of
performance by system of its functions. All this
results to that complex systems, as a rule,
include the control organ necessary for
compensation of all possible chance factors
which can influence on behavior of control
object, and the control means necessary for
realization of methods of management, formed by
control organ. In other words, all management
tasks for survival, self-preservation and steady
functioning of complex technical system in real
conditions of its existence in frameworks of
organizationally- technical system are
realized.
The
complex biological system, similarly to
organizationally- technical system, includes:
the Brain with the ramified nervous system which
is carrying out functions of control organ; the
internal environment which is carrying out
functions of control means, and an organism
which is carrying out physiological functions of
biological system. So the process of viability
maintaining of complex biological system in real
conditions of its existence is realized on the
basis of unconscious activity of a homeostatic
brain in viability maintaining of an organism.
Then the information model of viability
maintaining process of complex systems, which
generally include control organ, control object
and control means, can be presented as the
follows mode. The control organ requests the
information on a state of control object. The
control object by inquiry of control organ gives
out the information on the current value of the
determining parameters describing the
functioning process of control object. The
control organ process this information about the
state of control object and forms the managing
influences necessary for viability maintaining
of the object with regard to its actual state
for any moment in the limits of its life
cycle.
2.3
Process of maintenance of viability of complex
technical systems
The
author considers any complex technical system as
an organism, which at various stages of the
existence objectively requires a survival,
self-preservation and steady functioning in an
external environment. We shall consider, that
the survival is a process of accident precaution
and destructions of technical system. Then it is
obvious, that the survival of technical system
provides the on duty personnel of the industrial
enterprises. The functioning process of complex
technical system is characterized by set of
parameters which can be within the limits of
admissions if the system is serviceable, or
outside of limits of the admissions if the
system is non-serviceable. Then
self-preservation is a process of maintenance
and repair, necessary for preservation of
serviceability of complex technical system
within the limits of its life cycle. It is
obvious, that preservation of serviceability of
complex technical system provides engineer-
technician personnel. Steady functioning of
complex technical system during its application
is provided with operators, for example, pilots
of airplanes. And, at last, steady functioning
of complex technical system in the world market
is provided with managers of the industrial
enterprises. Thus, the process of viability
maintaining of complex technical systems covers
the decision of all possible management tasks
arising in vital activity process of these
systems.
Let's
accept, that on behavior of real technical
system always influence the factors which are
stipulated in technological process of
performance of the functions by it, and "chance
factors" which are not stipulated in above
technological process. Then, a viability
maintaining process of complex technical systems
can be considered as the process of an effective
utilization of functionalities of technical
system on the basis of duly compensation of the
chance factors characterizing the internal state
of technical system, and influence of an
external environment on performance of the
functions by it.
2.4
A paradigm of viability
The
paradigm, as it is known, is a theory (the
statement, model or system of sights), accepted
as a sample for the decision of a research task.
In this sense, the “paradigm of viability» is a
statement that the process of unconscious
activity of a brain in the field of viability
maintaining of an organism of complex biological
systems is a sample for conscious activity of a
Human being in the field of control and
management of vital activities processes of
complex technical, production, social - economic
and public- political systems.
Reliability
of this “paradigm of viability» is determined by
that:
·
Complex
technical, organizationally - technical and
biological systems are multi-parameter control
objects on which behavior generally can
influence endogenous chance factors and
exogenous chance factors.
·
The
viability maintaining process of complex
technical, organizationally- technical and
biological systems is a information processing
process on an actual state of multi-parameter
objects and formation the managing influences
necessary for compensation of chance
factors, influencing on behavior of control
objects within the limits of their life
cycle.
·
The
operations, which are realized during
unconscious activity of a homeostatic brain in
viability maintaining of an organism, coincide
with operations for diagnostics, maintenance and
operating of complex technical systems in the
limits of their life cycle.
·
Management
by vital activity processes of production,
social- economic and public-political systems is
a process of viability maintaining of these
systems.
Process
of unconscious activity of a brain for viability
maintaining of an organism of complex biological
systems is carried out in frameworks of
homeostatic control systems, which possess
advantages of the both centralized control
systems and decentralized control systems and
deprived storages of all before known control
systems.
Practical
importance of identification of a “paradigm of
viability» of complex systems is determined by
that there is an opportunity to use the
mathematical description of the process of
unconscious activity of a brain in viability
maintaining of an organism of complex biological
systems, which is carried out under the nature
laws, for the decision of all possible
management tasks in various areas of modern
postindustrial world.
2.5
Indications of viability of complex systems
Quality
of a functioning process of complex technical
systems, which we consider as a control
object,
is determined by cybernetic indications
of testability, controllability and steady
functioning of above technical systems in real
conditions of its existence. Quality of control
organ, in opinion of the author, is determined
by its compensation abilities in relation to the
chance factors influencing on behavior of
control object.
Viability
of organizationally - technical system is
characterized by ability of control organs to
use control means for the decision of management
tasks depending a survival, self-preservation
and steady functioning of control object within
the limits of its life cycle. Thus cybernetic
properties of technical system, as a control
object, are characterized by the indications
achieved at a stage of creation of this system.
Compensation abilities of control organ are
determined by the indications achieved at a
stage of creation of control organ. Then it is
obvious, that indications of viability of
organizationally- technical system are
determined by a priori indications of quality of
control object, aprioristic indications of
quality of control organ and a posteriori
indications of quality of control means in the
field of operating and maintenance of complex
technical system.
Aprioristic
indications of quality of control object are
indications of testability, controllability and
steady functioning of control object in real
conditions of its existence. These indications
have been most fully submitted in the theory of
dynamic systems. According to the definitions
given in the theory of dynamic systems, steady
functioning of control object is a property,
which characterizes ability of serviceable
control object to keep the functional
characteristics in real conditions of its
existence. The testability is a property, which
characterizes ability of control object to give
out the reliable information about the state of
above object. Controllability is a property,
which characterizes ability of control object
for the fixed time interval to pass from one
fixed state in other fixed state. The author has
shown, that indications of testability,
controllability and steady functioning of
control object characterize of cybernetic
properties of any control object in viability
maintaining system of multi-parameter
objects.
On
the basis of author’s scientific researches
appear the possibilities to determine, that any
type complex system can be considered as
multi-parameter control object on which behavior
in generally case can operate endogenous chance
factors and exogenous chance factors. Then the
compensation abilities of control organ are
characterized by its ability to request a
reliable information about an actual state of
control object, duration of formation of the
managing influences necessary for compensation
of chance factors, determining conditions of
existence of this object, and allowable duration
of the decision of management tasks arising
during vital activity of complex technical,
organizational, organizationally - technical and
biological systems. And, at last, indications of
quality of control means are determined by
duration of realization of the managing
influences formed by control organ for
compensation of chance factors, determining
actual state of control object and real
conditions of it existence.
Thus,
we have determined the indications describing
quality of viability maintaining process of
complex technical, organizational,
organizationally- technical and biological
systems.
3.
Laws of viability maintaining of
biological
systems
3.1
The Formula of
the scientific discovery of the author
under the name «Conformity
with a law of viability maintaining of complex
biological systems»
The
earlier unknown conformity with a law of
viability maintaining of complex biological
systems, consisting in strict mathematical
dependence of integrated property of viability
of complex biological system (I) from cybernetic
properties of an organism of this system (C)
which are characterized by testability (O),
controllability (M) and steady functioning (S)
of an organism in real conditions of its
existence (Z), and from compensation abilities
of a homeostatic brain (K) in relation to
endogenous chance factors (X) determining a
health state of an organism, and exogenous
chance factors (Ó), determining influence of an
external environment on performance the
functions of above organism is established.
I
=
f1
(C, K, Z),
C
=
f
2
(O, M, S), K =
f
3
{K (X), K (Ó)}, Z = {X, Y}
Thus,
with increase the value of the indications
describing properties of testability (O),
controllability (M) and steady functioning (S)
of an organism and compensation abilities (K) of
a homeostatic brain in relation to the chance
factors determining a health state of an
organism (X), and in relation to the conditions
of an environment influencing on behavior of an
organism (Y), value of an indication of
viability of complex biological system grows;
and values of the above-mentioned indications
describing cybernetic properties of an organism
of biological system and its homeostatic brain,
are in strict mathematical dependence from the
measured or calculated values describing quality
of operations, composing the process of
viability maintaining of complex biological
system:
·
Dependence
of testability of an organism (O) from
completeness of the information (A) which the
organism gives out to a homeostatic brain about
its health state, and from reliability (Ä)
estimation of a condition of the parameters
describing functioning process of an
organism,
O =
f1
(Ï,
Ä);
·
Dependence
of controllability of an organism (M) from its
inertness (È)
which is determined by the attitude of duration
(Ø)
formation of the managing influences formed by a
homeostatic brain, to allowable duration (T) of
compensations of the chance factors influencing
on behavior of an organism, M
=
f2
(1 - È);
·
Dependence
of steady functioning of an organism (S) from
ability of biological system to continue
performance of its functions (Ã)
at occurrence of the evident and latent
infringements of a health state of an
organism, S =
f3
(Ã);
·
Dependence
of compensation abilities of a homeostatic brain
(K) from completeness of the information
(Ç)
which the brain requests about a health state of
an organism, duration (Ø)
formations of the managing influences necessary
for compensation of chance factors, influencing
on behavior of an organism, and allowable
duration (Ò)
of compensation of these factors at each level
of the decision of management tasks, K
=
f4
(Ç,
Ø,
Ò).
3.2
Laws of biological cybernetics
The
author has offered the functional description of
a bio-cybernetic control system, which includes
a homeostatic brain, the internal environment
and an organism of complex biological system.
The author has shown, that earlier unknown
conformity with a law of viability maintaining
of an organism of complex biological systems is
display of action of the nature objective laws
in this sphere. These nature laws have received
the title «Laws of Bio-cybernetics». Set of Bio-
cybernetic Laws includes 5 following laws of
viability maintaining of biological systems:
«The
basic law of bio-cybernetics» establishes, that
viability maintaining of complex biological
systems is carried out by the special control
mechanism, which includes the homeostatic brain,
internal environment and organism of complex
biological system on
which behavior generally can influence
endogenous chance factors and exogenous chance
factors. The above control mechanism in the
author’s scientific works received the title
“Bio-cybernetic Control System”.
Mathematical
model of “Bio-cybernetic Control Systems” is a
multilevel, hierarchical system of contours
needed for compensation of chance factors Z =
{X, Y}, X = {Õi}, influencing on behavior of an
organism of this biological system. Thus the
structure of compensation contours of chance
factors Z = {X, Y}, X = {Õi}, influencing on
behavior of an organism of biological system, is
unequivocally determined by elements of set of
these factors. Hierarchical character of
relations between contours of compensation of
exogenous chance factors Y = {Yj} and endogenous
chance factors X = {Õi} is determined by that
infringement of health of an organism reduces
its opportunities under compensation of the
chance factors determining influence of an
external environment on performance by an
organism of the physiological functions.
Hierarchical character of relations between
contours for compensation of various type
endogenous chance factors X = {Õi} is determined
by that these factors differ on their relative
influence on serviceability of an organism. Each
contour of management is an independent control
system, which includes control organ, control
means and control object, on which behavior is
influenced with one of types of the chance
factors determining behavior of biological
system. The control organ determines the methods
of compensation of chance factors. The control
means carry out connection between control organ
and control object. The control object carries
out physiological functions of complex
biological system. The control organ of the
homeostatic control systems is a homeostatic
brain, the control means is an internal
environment, and the control object is an
organism of this complex biological system. The
basic law establishes also, that model of an
organism of biological system as an object for
maintenance, is unequivocally determined by the
“partial order operator” on the multiple of the
parameters describing functioning process of an
organism. And, at last, the law establishes,
that model of an organism of biological system
as the object of operative control of processes
of its vital activity, is determined by set of
conditions of performance its functions, set of
all possible modes of vital activity of an
organism and set of the illnesses excluding an
opportunity to use these modes determining above
opportunities.
«The
law of homeostatic activity of a brain»
establishes, that the index of quality of vital
activity of a homeostatic brain is defined by
reliability of the information on a health state
of an organism (Ç) and the higher, than lower
the duration (Ø) of formation of the managing
influences necessary for compensation of chance
factors, influencing on behavior of an organism,
and than more allowable duration (T) of
compensation of these factors.
«The
law of internal “medical” services of an
organism» establishes, that index of quality of
internal medical services of an organism the
higher, than lower the index of disease of an
organism, which value is determined by the
attitude of total duration of existence of all
latent health defects of an organism to duration
of a cycle of supervision over a health state of
an organism before occurrence of catastrophic or
evident diseases of this organism.
«The
law of steady functioning of a healthy organism»
establishes, that the index G
of steady functioning of a healthy organism in
permissible conditions ψ = {ψj} of its existence
is defined by probability p(ψj) of arising of
permissible conditions ψj º ψ of
healthy organism functioning and by probability
Gj of fulfillment of physiological functions of
healthy organism in every separate permissible
condition ψj º ψ, which are determined by
influence of chance factors (Ó), characterizing
action of external environment on performance of
physiological functions of an organism.
«The
integrated law of viability maintaining of
complex biological systems» establishes, that
the integrated index of viability of biological
system is defined by product of index of quality
of contours needed for compensation of the
chance factors (X) describing a health state of
an organism, and chance factors (Ó), determining
influence of an external environment on
performance of its physiological
functions.
3.3
The Annotation of
description of a discovery of the author
under the name «Conformity
with a law of viability maintaining of complex
biological systems»
The
discovery concerns to biology,
in particular – to biological cybernetics and is
devoted to research of information processes of
unconscious activity of a brain in viability
maintaining of an organism of complex biological
systems.
The
essence of the discovery
consists in strict mathematical dependence of
integrated property of viability of complex
biological system from testability,
controllability and steady functioning of an
organism of this system and from compensation
abilities of its homeostatic brain in relation
to endogenous chance factors determining a
health state of an organism, and to exogenous
chance factors determining influence of an
external environment on performance of its
functions.
Scientific
importance of the discovery is
that it offers the mathematical description of
information process of viability maintaining of
complex biological systems. Earlier
physiologists have been investigated process of
a homeostasis, and experts in the field of
biological cybernetics have been investigated a
contour of compensation of the chance factors
influencing on the behavior of biological
system, and adaptation processes of biological
system in relation to conditions of an external
environment.
Practical
importance of the discovery is
that it is a basis for creation the
“Bio-cybernetic Control systems (BCS)”, witch
intended for the operative solution of all
possible management tasks, arising in vital
activities process of complex technical,
organizational and organizationally- technical
systems. A distinctive attribute of
Bio-cybernetic Control Systems is that BCS
function on the basis of the mathematical
description of unconscious activity process of a
brain in viability maintaining of an organism of
biological systems. Expert Systems,
which function on the basis of
formalization of conscious activity of experts,
and neural systems, which function on the basis
of formalization of process of adaptation of
biological system in relation to conditions of
an external environment were earlier known.
4.
New directions in development of science and
techniques
The
author’s discovery in biology and creation of
Bio-cybernetic Control Systems for optimal
solution of all possible management tasks
arising in modern postindustrial world, were the
basis for new directions in development of a
science and techniques: «Science on viability of
complex systems» and «Genetics of
social-economic structures».
Science
on viability of complex systems
The
discovery of earlier unknown “Conformities with
a law of viability maintaining of complex
biological systems” through which action the
objective «Laws of Biological cybernetics» are
shown, and proof of «a paradigm of viability»
were the basis for formulation by the author the
universal laws of viability maintaining of
complex technical, organizational,
organizationally- technical and biological
systems. These universal laws of viability
maintaining of complex systems have received the
name «Laws of Viability». Reliability of
discovery of "Laws of Viability» is
experimentally confirmed in various civil and
military systems.
The
author has demonstrated, that “Laws of
Viability” are a basis for development of a
science on viability maintaining of vital
systems. In scientific works of the author the
above science has received "Vita Science" name.
Object of research of Vita Science are «vital
systems” A subject of research of Vita Science
are processes of a survival, self-preservation
and steady functioning of vital systems in real
conditions of their existence. The technology of
Vita Science is a technology of viability
maintaining of vital systems, which is based on
the mathematical description of unconscious
activity process of a brain in viability
maintaining of an organism of complex biological
systems (“Vita-technology”). Means of Vita
Science are Optimum Parametrical Control Systems
(OPCS) for viability maintaining of complex
equipment in various branches of modern
industry.
Development
of Vita-technology for viability maintaining of
complex machinery is completed. Optimum
Parametrical Control Systems have passed primary
approbation in modern industry. Benefit from
OPCS for viability maintaining of modern
industry will be, that they provide significant
reduction of accidents rate and allow reducing
significantly huge financial losses of the
modern industry because of belated, incorrect or
not optimum actions in operating and maintenance
of complex equipment. Development of OPCS in
public-political sphere will allow cooperating
the interests of various social groups of
citizens for viability maintaining of modern
postindustrial world. The cooperation of
interests between various social groups of
citizens, in opinion of the author, will allow
to reduce huge losses of the world community
because of destructive consequences of the
global terrorist activity representing real
threat for existing democratic bases of further
development of the modern society. The main
achievement of the theory of viability
maintaining of organizationally - technical
systems, in opinion of the author, became
technology for supporting of personal safety of
a Human being in modern postindustrial
world.
Science
on a heredity and variability of social-
economic structures
Substantive
provisions of a science on the viability of
complex systems have allowed the author to offer
the stratified model of inheritance of material
and spiritual culture of a Human being at
various stages of forward development of the
civilized world. This model represents the
description of the basic stages of a history,
the present and the future development of the
civilized world. It is shown, that at each stage
of development of the civilized world which
description is carried out by the uniform
attributes characterizing any level of
development of this world, there is a
social-economic structure. It is marked, that
each structure is characterized by the state of
development of the “world of techniques”, the
“world of ideas” and the “world of people”. Thus
the world of techniques, the world of ideas and
the world of people, in opinion of the author,
actively cooperate with each other and develop
according to laws of biological cybernetics in
viability maintaining of organizationally -
technical systems. Change of social-economic
structures, in opinion of the author, occurs in
the moment when the world community appears
unable to solve even one from all possible
hypothetical management tasks arising during
vital activity of this community. Such
over-
management tasks arise within the
framework of each of social-economic structures.
For the description of the mechanism of change
of social-economic structures the author has
offered the concept of "Supreme Wisdom».
According to this concept the "Supreme Wisdom»
establishes objective laws of satisfaction
constantly growing material and spiritual needs
of a Human being at various stages of
development of the world community. The author
has shown, that laws of action of "Supreme
Wisdom» are Laws of biological cybernetics on
the basis of which a Human being at each stage
of development of the civilized world develops
principally new technologies for a survival,
self-preservation and steady functioning of the
structure with regard to an actual state of
development of the physical world including the
industry, fauna and flora. These basic results
of scientific researches of the author were a
basis for development of a science about a
heredity and variability of social-economic
structures. Now, if to pay attention that each
social-economic structure is the living organism
having quite certain duration of life cycle can
be spoken that the discovery of the author in
biology was a basis for a new direction in
development of a science on viability of the
complex systems, received the name «Genetics of
social-economic structures».
5.
The meaning of an author’s discovery for scientific
cognition of the world
New
scientific and technological results received by
the author. Now
there is no uniform theory of viability
maintaining of complex technical,
organizational, organizationally- technical and
biological systems. According to existing
theories it is for certain not known as
management by vital activities processes of
complex biological systems is carried out. In
existing theories there is no strict
understanding the principles of work of the
management mechanism by vital activities
processes of industrial, social- economic and
public-political systems. And, at last, in
existing theories there is no understanding that
a functioning process of the world community at
various stages of its existence is carried out
under laws of unconscious activity of a brain in
viability maintaining of an organism of complex
biological systems. The author for the first
time investigates a phenomenon of unconscious
activity of a brain in viability maintaining of
an organism of biological systems as a basic
principle of action of universal management
mechanism by vital activities processes of
complex technical, organizational and
organizationally- technical systems. The Formula
and the Annotation of the description of the
author’s discovery named «Conformity with a law
of viability maintaining of complex biological
systems» are offered. It is demonstrated, that
through the above conformity with a law the
action of objective «Laws of Viability» of
modern industry and social-economic structures
is shown.
Importance
of discovery of the author for scientific
cognition of the world is, that it became a
basis for a new direction in development of
Cybernetics, General Systems Theory, Computer
Science, Industrial Sciences, Life Science,
Social Sciences, Political Sciences, Soul
Science, Wisdom Science, Futurology, Bionics and
Genetics of biological systems. Special
importance of the author’s discovery is, that it
was a basis for development of a science on
viability of organizationally - technical
systems and genetics of social-economic
structures.
Practical
importance of discovery of the author is, that
it was a basis for creation of essentially new
technical decisions allowing considerably to
lower a level of accidents and catastrophic in
various branches of modern industry and
essential reducing huge financial losses of the
modern industry because of belated, incorrect or
not optimum actions in the field of operating
and maintenance of complex civil and military
equipment.
Humanitarian
importance of discovery of the author will be,
that it is a basis for the mathematical
description of multi-stepped system of personal
safety maintaining of a Human being in the
modern postindustrial world. The description of
discovery of the author has allowed to determine
the concept of cooperation of the interests
between various social groups of citizens and to
plan a way of reduction of huge losses of the
world community because of destructive
consequences of global terrorist activity,
representing real threat for existence of
democratic basis of development in modern
postindustrial world.
Importance
of the author’s discovery for development of the
world community will be, that it is a basis for
«Intellectual Revolution of ÕÕ1 century», which
opens a new epoch in development of the world
community. Distinctive feature of a new epoch in
comparison with all previous stages of
development of the world community is that A
Human being for the first time has an
opportunity to use effectively huge, but for the
present not enough estimation of potential of
homeostatic activity of a brain for optimal
solution of all possible management tasks
arising in modern postindustrial world.
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