RUS

It is carried out according to the letter from the 27th of December 2011 y. №A26-13-808834 and the 27th of February 2013 y. №I-17399
in reply to application of “AUT CMT SFA”, academician of (natural) sciences (“SIO "ACNS"”) Vetrov A.N. to the name
of “The President of RF” Putin V.V. and “The Chairman of The Government of RF” Medvedev D.A.

The list of directions of applied scientific researches and scientific results
for the international action
in “The Nobel committee” (The Kingdom of Norway and The Kingdom of Sweden)
(page 1 from 2 pages)

 

Dear citizens of The Russian Federation and the foreign countries!

 

We invite You to take part in “The IInd (IIIrd, IVth, Vth and VIth) international action
of "The Nobel committee" (The Kingdom of Norway and The Kingdom of Sweden),
the author of the unique cognitive modeling technology and the scientific direction
"Cognitive computer science, cognitive modeling technology for the system and financial analysis"
("AUT CMT SFA"), academician of (natural) sciences ("SIO "ACNS"") Vetrov A.N.,
"The international Higher education academy of sciences" ("IHEAS"),
"The Russian academy of (natural) sciences" ("RA(N)S"),
"SIO "Academy of cognitive natural sciences"" ("SIO "ACNS""),
"The Administration of Saint-Petersburg city" and "The Government of RF"
at support of "The Presidents of RF and the foreign countries"
due to means of the budget, sponsors, interested and "The Nobel prize" –
the procedure of the performance with the scientific reports and rewarding in organizations-participants,
the presentation of diplomas, medals and "The Nobel prize" in "The Nobel committee",
the creation of products as valuable monuments
of architecture, town-planning and landscape-gardening art,
important objects of historical, cultural, art and scientific heritage
for (non)residents at the international level,
the demonstration of achievements in the field of technology, architecture and building
in "The park of the 50
th-century of The Great October socialist revolution named after V.I. Uljanov (Lenin)"
and "Saint-Petersburg exhibition centre" ("SPbEC")
at "Exhibition of achievements of science and technology" ("EAST")
with accommodation in "The hotel "Karelia"" ("The group of hotels "Intourist"")”.

 

The list of applied scientific results
for the international action
in
“The Nobel committee” (The Kingdom of Norway and The Kingdom of Sweden)

 

For the applied scientific researches directions

(the micro-system, financial and complex analysis)

 

For the applied (scientific) researches direction 1.1.
“Cognitive modeling
in the natural sciences“ (“NEN”)

(The scientific areas “Applied physics:
computer science, mathematics, mechanics, metrology, astronomy,
(complex) system analysis, geography, electric-engineering,
nuclear power-engineering, instrument making and other sciences”)

 

The laboratory researches section 1.1.1 (“SIC”)

1.1.1. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of (cognitive) computer science, cybernetics,
automatics, computer engineering, data transmission and connection” (“SIC”) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of computer science (theory of information)
general questions of usage of computer science (theory of information),
usage of theory of computer science, usage of theory of organization of information work,
usage of theory of documentary information sources,
usage of theory of analitical
-synthetic processing of documentary information sources,
usage of theory of information search, usage of theory of information service,
usage of theory of technical means of support of information processes,
usage of theory of the cognitive modeling technology
in applications of computer science (theory of information);

Þ applications of cognitive computer science (*)
general questions of usage of cognitive computer science,
usage of theory of modified stratified-step model
of perception (psycho-physiology of perception),
processing (cognitive
psychology) and understanding (applied linguistics)
of information fragments content,
usage of theory of the cognitive modeling technology
in technical, economic, physical-mathematical and other sciences,
usage of theory of parametrical cognitive
models block for the system analysis
of the information
-educational environments (cognitive models of the subject of training and means of training),
usage of theory of parametrical cognitive
models block for the financial analysis
of (credit) organizations and enterprises
(cognitive
models for the vertical, horizontal and trend financial analysis),
usage of parametrical cognitive
models block for the complex analysis
of difficult objects, processes and phenomena,
usage of theory of ways of representation of structure of cognitive models and difficult problem environments:
formal classical of the 0
th generation (logical and production models),
nonformal classical of the 0
th generation (semantic network, frame network and ontology),
formal new of the 0
th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and graphs),
nonformal new of the 0
th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1
st generation (cognitive circle and cognitive disc),
volumetric of the 1
st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2
nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3
rd generation (combinations of the existing cognitive models),
usage of theory of the adaptive automation means of the information
-educational environment
(basic and applied diagnostic module, electronic textbook,
laboratory practical work, electronic dean, electronic library and others),
usage of theory of technical means of support of adaptive information interaction
(adaptive representation of sequence of information fragments processor,
question-answers structures sequence processing processor, linguistic processor and others),
usage of theory of technical means of support of the financial analysis
(
automation means of forming of working plan of accounts
based on normative
-regulated plan of accounts of accounting,
automation means of forming of accounting balance and report about profits and losses of organization
automation means of the vertical
, horizontal and trend financial analysis of the organization,
based on analytical coefficients system),
usage of theory of technical means of support of the complex analysis
(
automation means of forming and research based on the cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone, cognitive sphere,
one-, two-, tree-, fore-, five- and more cognitive sphere and others);

Þ applications of cybernetics
general questions of usage of cybernetics,
usage of theory of automatic control systems,
usage of theory of modeling, usage of theory of cybernetical control systems,
usage of theory of information, usage of theory of artificial intelligence,
usage of theory of final automatic devices and formal languages,
usage of theory of reliability, usage of theory of the system analysis of the objects, processes and phenomena,
usage of theory of the cognitive modeling technology in applications of cybernetics;

Þ applications of automatics and computer engineering
general questions of usage of automatics and computer engineering,
usage of theory of automatic control, usage of theoretical bases of programming,
usage of theory of computer engineering,
usage of theory of elements, units and devices of automatics and computer engineering,
usage of theory of devices of input-output, usage of theory of memory devices,
usage of theory of technology and equipment
for manufacture of automatics means and computer engineering,
usage of theory of keyboard and calculating-tabulating machines,
usage of theory of analog computers (APC
),
usage of theory of digital computers and computer complexes (CPC),
usage of theory of analog-digital (hybrid) computers and computer complexes,
usage of theory of computer centres (PCC
), usage of theory of computer networks (PCN),
usage of theory of software of coputers, complexes and networks,
usage of theory of systems of automatic measurement, regulation and control,
usage of theory of systems of tele-control and tele-measurement,
usage of theory of automated control systems of technological processes,
usage of theory of automated systems of organizational management (managerial control),
usage of theory of automation of designing, usage of theory of automation of scientific researches,
usage of theory of the cognitive modeling technology
in applications of automatics and computer engineering;

Þ applications of data transmission and connection
general questions of usage of data transmission and connection,
usage of theory of connection, usage of designing and constructing of connection devices,
usage of theory of technology and equipment for assembly and adjustment of connection equipment,
usage of theory of systems of data transmission,
usage of theory of connection (communication) lines, usage of theory of multi-channel connection,
usage of theory of networks and centres of connection (communication),
usage of theory of services and services of connection,
usage of theory of telegraph (cable) connection and equipment,
usage of theory of systems and equipment of data transmission,
usage of theory of tele-information services and equipment,
usage of theory of telephone (tele-communication) connection and equipment,
usage of theory of systems of transfer of moving images and sound,
usage of theory of facsimile connection and equipment,
usage of theory of radio-connection (communication) and radio-broadcasting,
usage of theory of hyber-optic (LED)
connection and equipment,
usage of theory of television (TV),
usage of theory of optical connection in free space and equipment,
usage of theory of post connection,
usage of theory of the cognitive modeling technology in applications of data transmission and connection.

 

The laboratory researches section 1.1.2 (“SMMF”)

1.1.2. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications of mathematics, mathematical physics,
mechanics, metrology, astronomy, space researches,
the complex system analysis based on the cognitive modeling technology
and complex problems of natural sciences” (“SMMF”
) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of mathematics  
general questions of usage of mathematics,
usage of theory of mathematical logic and applied bases of mathematics,
usage of theory of numbers, usage of theory of algebra,
usage of theory of topology, usage of theory of geometry,

usage of theory of the mathematical analysis,
usage of theory of functions of valid variables,
usage of theory of functions of complex variables,
usage of theory of ordinary differential equations,
usage of theory of differential equations with private derivatives,
usage of theory of integrated equations,
usage of theory of mathematical models of natural sciences and technical sciences,
usage of theory of equations of mathematical physics,
usage of
theory of variation calculus,
usage of theory of optimum control,
usage of theory of the functional analysis,
usage of theory of calculus mathematics,

usage of
theory of probability and mathematical statistics, usage of theory of the combinatory analysis,
usage of
theory of graphs, usage of theory of mathematical cybernetics,
usage of theory of the cognitive modeling technology in applications of mathematics;

Þ applications of mathematical physics (*)
general questions of usage of mathematical physics,
usage of theory of mathematical models of physics of elementary particles and fields,
usage of theory of mathematical models of physics of high
energies and nuclear physics,
usage of theory of mathematical models of physics of gases and liquids,

usage of theory of mathematical models of thermo-dynamics and static physics,
usage of theory of mathematical models of physics of firm bodies,

usage of theory of
mathematical models of physics of plasma,
usage of theory of mathematical models of physics of atom and molecule,
usage of theory of mathematical models of optics,
usage of theory of mathematical models of physics of lasers,
usage of theory of mathematical models of radio-physics,

usage of theory of
mathematical models of physical bases of electronics and acoustics,
usage of theory of the cognitive modeling technology
in applications of mathematical physics
(cognitive models of interaction between
elementary particles and firm bodies, fields, liquids and gases,

cognitive
model of modified volumetric planetary model of atom named after N.H.D. Bor,
cognitive
models of temperature areas of plasma of atom and molecule,
cognitive
model of optical environment of eye, cognitive model of waves distribution in environment);

Þ applications of mechanics (*)
general questions of usage of mechanics,
usage of
theory of general tasks and methods of mechanics,
usage of theory of mechanics of liquid and gas, usage of theory of mechanics of deformable firm body,
usage of theory of complex and special sections of mechanics,
usage of theory of the cognitive modeling technology in applications of mechanics,
usage of theoretical bases of the cognitive modeling technology in mechanics,
usage of theoretical bases of formation of parametrical cognitive
models block
for the complex system analysis of the difficult objects, processes and phenomena of mechanics,
usage of theory of ways of representation of structure of cognitive models and difficult problem environments
(formal and non-formal classical and new of the 0
th generation,
flat and volumetric of the 1
st generation and the 2nd generation and hybrid of the 3rd generation),
usage of
theory of adaptive automation means of objects, processes and phenomena of mechanics,
usage of theory of technical means of support of research of objects, processes and phenomena of mechanics,
usage of theory of technical means of support of the complex system analysis
of difficult objects, processes and phenomena of mechanics
(automation means of forming and research based on the cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone, cognitive sphere,
one-, two-, tree-, fore-, five- and more cognitive sphere and others);

Þ applications of mechatronics (theory of hygroscope-building)
general questions of usage of mechatronics (theory of hygroscope-building),
usage of theoretical bases of mechatronics, usage of theory of general tasks and methods of mechatronics,
usage of theory of general mechatronics,
usage of theory of mechatronics of liquid and gas,
usage of theory of mechatronics of deformable firm body,
usage of theory of complex and special sections of mechatronics
,
usage of theory of automation means and devices of mechatronics,
usage of theory of the cognitive modeling technology
in applications of mechatronics
(theory of hyroscope-building);

Þ applications of metrology (theory of measurement)
general questions of usage of metrology (theory of measurement),
usage of theory of scientific bases of metrology,
usage of theory of technical means of metrology and metrological support,
usage of theory of state, national and international systems and services of metrology,
usage of theory of measurement of separate sizes and characteristics,
usage of theory of standard samples of composition (structure) and properties of substances and materials,
usage of theory of the cognitive modeling technology in applications of metrology (theory of measurement);

Þ applications of astronomy (*)
general questions of usage of astronomy,
usage of theory of astronomy, usage of theory of heavenly mechanics, usage of theory of astronometry,
usage of theory of astro-physics of The Solar system, The Sun,
stars, fogs, interstellar environment, star systems,
usage of theory of cosmology
, usage of theory of observatories,
usage of theory of tools, devices and methods of astronomical supervisions,
usage of theory of the cognitive modeling technology in applications of astronomy
(cognitive
models of relative positioning
of 1, 2, 3, 4, 5
and more planets and satellites, The Earth, The Sun and others);

Þ applications of space researches
general questions of usage of space researches,
usage of theory of devices and methods of fundamental and applied scientific researches
of space environment,
usage of theory of planning and realization of starts
of space vehicles and artificial heavenly bodies,
usage of theory of uncontrol movement of space vehicles and artificial heavenly bodies,
usage of theory of control of movement of space vehicles and artificial heavenly bodies,
usage of theory of space technics and technology,
usage of theory of safety and medical-biological problems of space flights,
usage of theory of use of space systems for connection and navigation,
usage of theory of practical problems of development of extraterrestrial territories and prospects of astronautics,
usage of theory of fundamental and applied scientific researches of astronomical objects
by space means,
usage of theory of geo-physical fundamental and applied scientific researches
by space means,
usage of theory of research of The Earth from space,
usage of theory of the cognitive modeling technology in applications of space researches;

Þ applications of the complex system analysis (*)
general questions of usage of the complex system analysis,
usage of theory of tendencies, dependences and laws of the complex system analysis
of difficult objects, processes and phenomena,
usage of theory of the cognitive modeling technology
with dynamic cloning, verification and subverification
,
usage of theory of iterative cycle of the cognitive modeling technology,
usage of theory of technique of use of the cognitive modeling technology
for the complex system analysis of the difficult objects, processes and phenomena,
usage of theory of parametrical cognitive models block for the complex system analysis
and increase of functioning efficiency of difficult objects, processes and phenomena,
usage of theory of structure of cognitive models of the 0th, 1st, 2nd and 3rd generations,
usage of theory of ways of representation of structure of cognitive models and difficult problem environments
(formal and nonformal classical and new of the 0
th generation,
flat and volumetric of the 1
st generation and the 2nd generation and hybrid of the 3rd generation),
usage of theory of algorithms of formation of difficult cognitive models of the 0th, 1st, 2nd and 3rd generations,
usage of theory of techniques of research of parameters of cognitive models of the 0th, 1st, 2nd and 3rd generations,
usage of theory of algorithms of processing of a posteriori data of the complex system analysis
of problem spheres,
usage of theory of software for automation of research tasks,
usage of theory of statistical substantiation of practical use of received results,
usage of theory of
factors influencing to functioning efficiency
of difficult objects, processes and phenomena,

usage of theory of organization and plan of carrying out of experiment,
usage of theory of research of cognitive model parameters,
usage of theory of preliminary processing of a posteriori results of diagnostics,
usage of theory of choice of methods of the statistical analysis of generated data sets
,
usage of theory of the analysis of dynamics of productivity of difficult objects, processes and phenomena,
usage of theory of the dispersion, regression, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists,
usage of theory of the complex system analysis of basic rocket engine,
the first, the second, the third and the fourth rocket engine of the launch vehicle
,
usage of theory of the complex system analysis of multivariate code device,
usage of theory of the complex system analysis of modified model of reduced eye
for research of acuity of vision, field of vision, color perception and other parameters
in Descartes space of 2 and 3 coordinates,
usage of theory of the complex system analysis of chemical element
with 1, 2
, 3, 4, 5 and more nucleus,
usage of theory of the complex system analysis of the difficult multivariate hurricane.

 

The laboratory researches section 1.1.3 (“SNZ”)

1.1.3. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of models of The Earth and The Solar system planets
in geography, geology, geodesy and cartography, astronomy and other sciences” (“SNZ”
) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of geography
general questions of usage of geography,
usage of theory of geography, usage of theory of historical geography,
usage of theory of military geography, usage of theory of physical geography,
usage of theory of economic and social geography, usage of theory of regional geography,
usage of theory of medical geography, usage of theory of toponymics,
usage of theory of the cognitive modeling technology in applications of geography;

Þ applications of geology
general questions of usage of geology,
usage of theory of litology, usage of theory of tectonics,
usage of theory of geological
-geo-physical researches of deep structure of The Earth,
usage of theory of regional geology, usage of theory of planetology,
usage of theory of stratigraphy
, usage of theory of paleontology,
usage of theory of geo-chemistry, usage of theory of mineralogy, usage of theory of petrography,
usage of theory of experimental and technical mineralogy and petrography,
usage of theory of methods of mineralogical
-petrographic and geo-chemical laboratory researches,
usage of theory of antropogen period, usage of theory of neo-tectonics
,
usage of theory of geo-morphology,
usage of theory of geology of ore minerals,
usage of theory of geology of nonmetallic minerals,
usage of theory of geology of deposits (fields) of oil, gas and condensates,
usage of theory of geology of deposits of coal, bituminous
breeds and peat,
usage of theory of methods of search and investigation of deposits of minerals,
usage of theory of technics and technology of geological-prospecting works, usage of theory of hydro-geology,
usage of theory of engineering geology, usage of theory of frozen condition of ground
,
usage of theory of the cognitive modeling technology in applications of geology;

Þ applications of geodesy and cartography
general questions of usage of geodesy and cartography,
usage of theory of supreme geodesy, usage of theory of applied geodesy,
usage of theory of aerial-photography and phoptogrametry
,
usage of theory of topography, usage of theory of photo-topography,
usage of theory of cartography, usage of theory of selenodesy
,
usage of theory of planetodesy, usage of theory of mappings of The Moon and planets,
usage of theory of the cognitive modeling technology in applications of geodesy and cartography;

Þ applications of astronomy of The Earth (*)
general questions of usage of astronomy of The Earth,
usage of theory of astronomy, usage of theory of heavenly mechanics, usage of theory of astrometry
,
usage of theory of astro-physics of The Earth in The Solar system, The Earth, The Sun and stars,
The Earth and fogs, The Earth and interstellar environment, The Earth and star systems,
usage of theory of cosmology of The Earth,
usage of theory of observatories,
usage of theory of tools, devices and methods of astronomical supervisions of The Earth,
usage of theory of the cognitive modeling technology in applications of astronomy of The Earth
(cognitive
models of gravitational and other interactions
between 1, 2
, 3, 4, 5 and more artificial space objects,
satellites, planets, The Earth and The Sun,
cognitive
model of work of basic rocket engine,
the first, the second, the third and the fourth rocket engine
of the launch vehicle and others).

 

The laboratory researches section 1.1.4 (“SSAP”)

1.1.4. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of the system analysis based on the cognitive modeling technology,
prediction, standardization, unification
and complex problems of exact technical sciences” (“SSAP”
) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of the system analysis (*)
general questions of usage of the system analysis,
usage of of theory of tendencies, dependences and laws
of the system analysis of the objects, processes and phenomena,
usage of theory of cognitive modeling technology
with dynamic cloning, verification and subverificatiuon
,
usage of theory of iterative cycle of the cognitive modeling technology,
usage of theory of technique of use of the cognitive modeling technology,
usage of theory of parametrical cognitive models block
for the system analysis of the information
-educational environments
and increases of functioning efficiency of automated training system
with the properties of adaptation based on the cognitive
models
(cognitive
models of the subject of training and means of training),
usage of theory of ways of representation of structure of cognitive models and difficult problem environments:
formal classical of the 0
th generation (logical and production models),
nonformal classical of the 0
th generation (semantic network, frame network and ontology),
formal new of the 0
th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and graphs),
nonformal new of the 0
th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1
st generation (cognitive circle and cognitive disc),
volumetric of the 1
st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2
nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3
rd generation (combinations of the existing cognitive models),
usage of theory of algorithm of formation of cognitive
model structure,
usage of theory of technique of research of cognitive
model parameters,
usage of theory of algorithm of the analysis of a posteriori results of research,
usage of theory of the adaptive automation means of the information
-educational environment
(basic and applied diagnostic module, electronic textbook,
laboratory practical work, electronic dean, electronic library and others),
usage of theory of technical means of support of adaptive information interaction
(adaptive representation of sequence of information fragments processor,
question-answers structures sequence processing processor, linguistic processor and others),
usage of theory of statistical substantiation of practical use of received results,
usage of theory of factors influencing to the efficiency of knowledge formation
in the information
-educational environment
and the functioning efficiency of the difficult objects, processes and phenomena,
usage of theory of organization and plan of carrying out of experiment,
usage of theory of research of cognitive model parameters,
usage of theory of preliminary processing of a posteriori results of diagnostics,
usage of theory of choice of methods of the statistical analysis of generated data sets
,
usage of theory of the analysis of dynamics of productivity of training,
usage of theory of the dispersion, regression
, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists;

Þ applications of standartization
general questions of usage of standartization,
usage of theory of systems and services of standartization,
usage of theory of scientific-methodological suport of systems and services of standartization,
usage of theory of the cognitive modeling technology in applications of standartization.

 

The laboratory researches section 1.1.5 (“SF”)

1.1.5. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of theoretical and experimental physics, geo-physics, power-engineering,
electric-engineering, electronics and radio-engineering,
nuclear physics, technics and instrument making” (“SF”) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of physics (*)
general questions of usage of physics,
usage of theory of general problems of physical experiment,
usage of theory of physics of elementary particles, usage of theory of fields,
usage of theory of physics of high energies
, usage of theory of nuclear physics,
usage of theory of physics of gases and liquids, usage of theory of thermo-dynamics and static physics,
usage of theory of physics of firm bodies,
usage of theory of physics of plasma, usage of theory of physics of atom and molecule,
usage of theory of optics, usage of theory of laser physics, usage of theory of radio-physics,
usage of theory of physical bases of electronics and acoustics,
usage of theory of the cognitive modeling technology in applications of physics
(cognitive
models of interaction between elementary particles and firm bodies,
fields, liquids and gases,
cognitive
model of modified volumetric planetary model of atom named after N.H.D. Bor,
cognitive
models of temperature areas of plasma of atom and molecula,
cognitive
model of optical environment of eye,
cognitive
model of waves distribution in environment);

Þ applications of geo-physics
general questions of usage of geo-physics,
usage of theory of geo-magnetism in high layers of atmosphere,
usage of theory of meteorology, usage of theory of climatology
, usage of theory of oceanography,
usage of theory of hydrology of land, usage of theory of glaciology, usage of theory of physics of The Earth,
usage of theory of the cognitive modeling technology in applications of geo-physics;

Þ applications of power-engineering
general questions of usage of power-engineering,
usage of theory of power-resources, usage of theory of power balance,
usage of theory of electric-power-engineering (industry), usaage of theory of heating-power-engineering,
usaage of theory of heating-technics, usage of theory of atomic power-engineering,
usage of theory of water-power-engineering, usage of theory of gelio-power-engineering (energetics)
,
usage of theory of wind-power-engineering (energetics), usage of theory of direct transformation of energy,
usage of theory of the cognitive modeling technology in applications of power-engineering;

Þ applications of electric-engineering
general questions of usage of electric-engineering,
usage of theory of electric-engineering, usage of theory of electric-technical materials,
usage of theory of electric machines, usage of theory of electric devices,
usage of theory of transformers, usage of theory of electric reactors,
usage of theory of power electric condensers,
usage of theory of power converting technics,
usage of theory of electric drive, usage of theory of electric-termics
,
usage of theory of electric-welding equipment,
usage of theory of wire and cable, usage of theory of electric isolators,
usage of theory of light engineering,
usage of theory of electric-technical equipment of special purpose
(eight-dot step by step electric drive),
usage of theory of the cognitive modeling technology in applications of electric-engineering;

Þ applications of electronics and radio-engineering
general questions of usage of electronics and radio-engineering,
usage of theoretical bases of electronic technics, usage of theory of radio-engineering,
usage of theory of materials for electronics and radio-engineering,
usage of theory of technology and equipment for electronic and radio-engineering manufacture,
usage of theory of designing and constructing of electronic devices and radio-electronic equipment,
usage of theory of electric-vacuum and gas-discharge devices and units,
usage of theory of accelerators of charged particles and plasmas, usage of theory of solid-state devices,
usage of theory of quantum electronics, usage of theory of holography,
usage of theory of crio-electronics
, usage of theory of radio-electronic circuits,
usage of theory of radio-waves distribution, usage of theory of antenas, usage of theory of wave transports,
usage of theory of elements of micro-wave-technics,
usage of theory of radio-translation-
and radio-receiving-devices,
usage of theory of radio-engineering systems of sounding, location and navigation,
usage of theory of television technics,
usage of theory of record and reproduction of signals, usage of theory of electric-acoustics,
usage of theory of ultra-sonic and infra-sonic technics, usage of theory of infra-red technics,
usage of theory of units, details and elements of radio-electronic equipment,
usage of theory of devices for radio-engineering measurements,
usage of theory of systems and units of display of information,
usage of theory of the cognitive modeling technology in applications of electronics and radio-engineering;

Þ applications of nuclear technics and instrument making (*)
general questions of usage of nuclear technics and instrument making,
usage of theory of nuclear raw materials and fuel, usage of theory of reception of isotopes,
usage of theory of isotopes and ionisation
radiations,
usage o theory of nuclear reactors, usage of theory of thermo-nuclear reactors,
usage of theory of action of radiations and protection against them, usage of theory of nuclear explosions,
usage of theory of processing of nuclear fuel and waste disposal,
usage of theory of the cognitive modeling technology
in applications of nuclear technics and instrument making
(cognitive
model of structure of chemical elements with 1,2, 3, 4, 5 and more nucleus,
cognitive
model of modified volumetric principle named after W.E. Pauli
for studying electronic clouds within limits of power levels,
cognitive
model of modified planetary model of atom named after N.H.D. Bor and others).

 

For the applied (scientific) researches direction 1.2.
“Cognitive modeling
in the natural sciences“ (“NEN”)

(The scientific areas “Applied (non)organic chemistry:
geology, geo-chemical ecology and chemical industry”)

 

The laboratory researches section 1.2.1 (“SH”)

1.2.1. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of (non)organic chemistry, crystallography
, mineralogy and chemical industry” (“SH”) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

 

Þ applications of chemistry (*)
general questions of usage of chemistry,
usage of theory of general-laboratory chemical units and equipment,
usage of theory of physical chemistry, usage of theory of nonorganic chemistry,
usage of theory of complex compounds, usage of theory of analytical chemistry,
usage of theory of organic chemistry, usage of theory of bio-organic chemistry,
usage of theory of natural organic compaunds and their synthetic analogues,
usage of theory of chemistry of high-molecular compounds, usage of theory of biological chemistry;
usage of theory of the cognitive modeling technology in applications of chemistry,
usage of theory of modeling of structure of (non)organic chemical elements
and chemical elements with 1, 2
, 3, 4, 5 and more nucleus,
usage of theory of research of molecalar structure of (non)organic compounds;

Þ applications of chemical technology and chemical industry
general questions of usage of chemical technology and chemical industry,
usage of theory of processes and devices of chemical technology, usage of theory of chemical raw materials,
usage of theory of technology of production of nonorganic substances and products,
usage of theory of technology of production of fertilizers,
usage of theory of technology of production of silicate and refractory nonmetallic materials,
usage of theory of industrial organic synthesis,
usage of theory of industrial synthesis of organic dyes and pigments,
usage of theory of technology of production of photographic materials,
usage of theory of technology of production of explosive substances and means of chemical protection,
usage of theory of storage and destruction of chemical weapon,
usage of theory of technology of production of chemical
-pharmaceutical means,
usage of theory of technology of production of fragrant substances,
usage of theory of technology of production of pesticides and disinfectant substances,
usage of theory of processing of natural gase, oil, gas condensate, their products and analogues,
usage of theory of technology of production of motor fuel,
usage of theory of technology of production of lubricant materials,
usage of theory of technology of processing of firm combustible minerals,
usage of theory of technology of wood(forestry)-chemical manufactures,
usage of theory of technology of production of natural high-molecular compounds,
usage of theory of technology of production of synthetic high-molecular compounds,
usage of theory of technology of production of plastics,
usage of theory of technology of production of rubbers and products from them,
usage of theory of technology of production of varnish-paint materials and organic coverings,
usage of theory of technology of production of chemical fibres and strings,
usage of theory of technology of production of chemical reactants and especially clean substances,
usage of theory of technology of production of household chemical goods products,
usage of theory of technology of production of auxiliary materials,
usage of theory of the cognitive modeling technology
in applications of chemical technology and chemical industry.

 

The laboratory researches section 1.2.2 (“SNG”)

1.2.2. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of models, methods and technologies of geology of oil and gas and oil and gas industry” (“SNG”)

 

Þ applications of geology of oil and gas
general questions of usage of geology of oil and gas,
usage of theory of litology
, usage of theory of tectonics,
usage of theory of geological
-geo-physical researches of deep structure of The Earth,
usage of theory of regional geology of deposits,
usage of theory of planetology, usage of theory of stratigraphy
, usage of theory of paleontology,
usage of theory of geo-chemistry, usage of theory of mineralogy, usage of theory of petrography,
usage of theory of experimental and technical mineralogy and petrography
of oil, natural and passing gas,
usage of theory of methods of mineral
-petrographic and geo-chemical laboratory researches,
usage of theory of antropogen
period, usage of theory of neo-technics,
usage of theory of geo-morphology,
usage of theory of geology of deposits (fields) of oil, gas and condensates,
usage of theory of methods of search and investigation of deposits (fields) of oil and gas,
usage of theory of technics and technology of geological-prospecting works, usage of theory of hydro-geology,
usage of theory of engineering geology of oil and gas, usage of theory of frozen condition of ground
of deposits,
usage of theory of the cognitive modeling technology in applications of geology of oil and gas;

Þ applications of oil and gas industry
general questions of usage of oil and gas industry,
usage of theory of processes and devices of oil and gas technology,
usage of theory of oil and gas raw materials,
usage of theory of technology of production of nonorganic substances and products
of oil, natural and passing gas,
usage of theory of technology of production of fertilizers from oil and gas,
usage of theory of technology of production of silicate and refractory nonmetallic materials
from oil and gas,

usage of theory of
industrial organic synthesis,
usage of theory of industrial synthesis of organic dyes and pigments from oil and gas,
usage of theory of technology of production of photographic materials from oil and gas,
usage of theory of technology of protection against explosions and means of chemical protection
of oil and gas technology,
usage of theory of technology of production of chemical-pharmaceutical means
from oil, natural and passing gas,
usage of theory of technology of production of fragrant substances from oil and gas,
usage of theory of technology of production of pesticides and disinfectant substances
from oil, natural and passing gas,
usage of theory of technology of refining of oil, natural and passing gas and their condensates,
their products and analogues,
usage of theory of technology of production of motor fuel and lubricant materials from oil and gas,
usage of theory of technology of production of natural high-molecular compounds
from oil, natural and passing gas,
usage of theory of technology of production of synthetic high-molecular compounds from oil and gas,
usage of theory of technology of production of plastics, rubbers and products
from oil, natural and passing gas,
usage of theory of technology of production of varnish-paint materials and organic coverings
from oil and gas,
usage of theory of technology of production of chemical fibers and strings from oil and gas,
usage of theory of technology of production of chemical reactants and especially clean substances from oil and gas,
usage of theory of technology of production of household chemical goods products and auxiliary materials
from oil, natural and passing gas,
usage of theory of the cognitive modeling technology
in applications of oil and gas industry.

 

The laboratory researches section 1.2.3 (“SNOS”)

1.2.3. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of geo-chemical ecology and preservation of environment” (“SNOS”)

 

 

Þ applications of preservation of environment and ecology
general questions of usage of preservation of environment and ecology,
usage of
theory of methods of studying and preservation of environment of human and animals,
usage of theory of ecological bases of use of natural resources,
usage of theory of international cooperation,
usage of theory of studying of contamination of environment of human and animals,
usage theory of control of pollution and protection of atmosphere, waters of land, seas and oceans,
usage of theory of protection of soils
and bowels,
usage of theory of ecological bases of ability to live of organic individuals,
usage of theory of studying of influence of anthropogenous changes of environment
on health and activity of organic individuals,
usage of theory of studying of influence of contamination of environment
on condition of natural ecosystems
, populations and organisms of vegetative and generative world,
usage of theory of protection of vegetative and generative world of human and animals,
usage of theory of studying of anthropogenous influence on landscape,
usage of theory of protection and optimization of landscape,
usage of theory of nature reserve affair (management),
usage of theory of protected natural territories and water areas,
usage of theory of nature acts and accidents of anthropogenous origin,
usage of theory of ecological safety,
usage of theory of rational use and reproduction of natural resources,
usage of theory of preservation of environment and natural resources in separate countries and regions,
usage of theory of waste management,
usage of theory of small waste
and without waste technology,
usage of theory of protection of organic individuals
against noise, vibration, electric and magnetic fields and radiations,
usage of theory of cognitive nodeling technology
in applications of preservation of environment and ecology.

 

For the applied (scientific) researches direction 1.3.
“Cognitive
modeling in the applied technical sciences and technologies“ (“NNT”)

(The scientific areas “Applied physics:
noo-sphere and its technologies, mechanical engineering, foto-cinema-technics and branches of industry”)

 

The laboratory researches section 1.3.1 (“SNZT”)

1.3.1. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications
of noo-sphere
knowledge and technologies:
(heavy) mechanical engineering, instrument making,
polygraphy, reprography
and foto-cinema-technics, easy and food-processing industry,
transport, architecture, construction and other branches” (“SNZT”
) (*)
(see application in 2011-2013 y. and scientific work from the 25th of December 2008 y.)

 

Þ applications of mechanical engineering
general questions of usage of mechanical engineering,
usage of theory of mechanical engineering science and details of machines,
usage of theory of machine-building materials, usage of theory of technology of mechanical engineering,
usage of theory of foundary manufacture, usage of theory of forge-stamp
manufacture,
usage of theory of assembly manufacture, usage of theory of cutting of materials,
usage of theory of electric-physical-chemical processing,
usage of theory of thermal and strengthening powder materials,
usage of theory of manufacture of nonmetallic products,
usage of theory of machine-tool construction, usage of theory of robotics,
usage of theory of tool manufacture,
usage of theory of mining mechanical engineering, usage of theory of metallurgical mechanical engineering,
usage of theory of reactor constraction
, usage of theory of turbine construction,
usage of theory of special power installations,
usage of theory of chemical and oil mechanical engineering,
usage of theory of locomotive construction
and carriage building,
usage of theory of engine construction
, usage of theory of motor car construction (industry),
usage of theory of ship building, usage of theory of aircraft construction,
usage of theory of space technics and rocket production,
usage of theory of hoisting-transport mechanical engineering,
usage of theory of building and road mechanical engineering,
usage of theory of communal (municipal) mechanical engineering,
usage of theory of tractor and agricultural mechanical engineering,
usage of theory of mechanical engineering for light industry,
usage of theory of polygraphic mechanical engineering,
usage of theory of mechanical engineering for food-processing industry,
usage of theory of mechanical engineering for trade and public catering,
usage of theory of household machines and devices, usage of theory of manufacture of weapon,
usage of theory of other branches of mechanical engineering,
usage of theory of the cognitive modeling technology in applications of mechanical engineering;

Þ applications of instrument making
general questions of usage of instrument making,
usage of theoretical bases of instrument making,
usage of theory of general technology of production and equipment in instrument making,
usage of theory of designing and constructing of devices,
usage of theory of devices for measurement of electric and magnetic sizes,
usage of theory of devices for measurement of mechanical sizes,
usage of theory of devices for measurement of time and frequency,

usage of theory of devices for measurement of composition (structure) and physical-chemical properties
of substances and materials,
usage of theory of devices for thermal-technical
and thermal-physical measurements,
usage of theory of devices for measurement of acoustic sizes and characteristics,
usage of theory of devices for measurement of optical and lighting-technical sizes and characteristics,
usage of theory of devices for measurement of
ionisation radiations,
usage of theory of devices of not destroying control of products and materials,
usage of theory of general structural elements,
usage of theory of units of measuring devices and systems, usage of theory of organizer means (peripheral devices),
usage of theory of the cognitive modeling technology in applications of instrument making;

Þ applications of polygraphy, reprography and photo-cinema-technics
general questions of usage of polygraphy, reprography and photo-cinema-technics,
usage of theory of polygraphy, reprography
and photo-cinema-technics,
usage of theory of the cognitive modeling technology
in applications of polygraphy, reprography
and photo-cinema-technics;

Þ applications of light industry
general questions of usage of light industry,
usage of theory of textile industry,
usage of theory of knitted industry, usage of theory of clothing industry,
usage of theory of tanning industry, usage of theory of fur industry,
usage of theory of industry of artificial leather and film materials,
usage of theory of shoe industry, usage of theory of leather-haberdashery industry,
usage of theory of bristle
-brush manufacture, usage of theory of furniture (accessories) manufacture,
usage of theory of the cognitive modeling technology in applications of light industry;

Þ applications of food-processing industry
general questions of usage of food-processing industry,
usage of theory of food raw materials and auxiliary materials,
usage of theory of processes and devices of food manufactures,
usage of theory of (grain-)elevator and flour(-grinding)-sereals (croup) industry,
usage of theory of mixed-fodder industry,
usage of theory of baking of bread and macaroni industry,
usage of theory of confectionery industry, usage of theory of sugar industry,
usage of theory of starched-treacle industry,
usage of theory of barmy industry, usage of theory of brewing industry,
usage of theory of spiritous industry,
usage of theory of industry of high-alcohol
drinks,
usage of theory of wine-making (vinous) industry,
usage of theory of industry of soft (without alcohol) drinks,
usage of theory of canning, vegetable-drying and food-concentrat industry,
usage of theory of food-gustatory industry, usage of theory of tobacco industry,
usage of theory of meat and bird-fancier-processing industry,
usage of theory of manufacture of eggs and egg products,
usage of theory of dairy (milk) industry, usage of theory of creamery (butter-fatty) industry,
usage of theory of the cognitive modeling technology in applications of food-processing industry;

Þ applications of architecture and construction (*)
general questions of usage of architecture and construction,
usage of theory of engineering-theoretical bases of construction, usage of theory of architecture,
usage of theory of building materials and products, usage of theory of building constructions,
usage of theory of technology of building-installation works,
usage of theory of technology of production of building materials and products,
usage of theory of machines, mechanisms, equipment and tools,
used in construction and industry of building materials,
usage of theory of engineering researches in construction,
usage of theory of architectural-building designing,
usage of theory of regional lay-out, usage of theory of town-planning,
usage of theory of objects of construction and engineering support of objects of construction,
usage of theory of tendencies, dependences and laws in architecture and construction,
usage of theory of the cognitive modeling technology
with dynamic cloning, verification and subverification
,
usage of theory of iterative cycle of the cognitive modeling technology,
usage of theory of
technique of use of the cognitive modeling technology,
usage of theory of parametrical cognitive models block for architecture and construction
(buildings and constructions based on the cognitive
circle, cognitive disc,
cognitive
cylinder, cognitive cone and cognitive sphere),
usage of theory of ways of representation of structure of cognitive models and difficult problem environments:
formal classical of the 0
th generation (logical and production models),
nonformal classical of the 0
th generation (semantic network, frame network and ontology),
formal new of the 0
th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and graphs),
nonformal new of the 0
th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1
st generation (cognitive circle and cognitive disc),
volumetric of the 1
st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2
nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3
rd generation (combinations of the existing cognitive models),
usage of theory of algorithm of formation of cognitive model structure,
usage of theory of technique of research of cognitive model parameters,
usage of theory of algorithm of the analysis of a posteriori results of research,
usage of theory of adaptive automation means of architecture and construction
(automation means of formation and research based on the cognitive circle,
cognitive
disc, cognitive cylinder, cognitive cone, cognitive sphere,
one-, two-, three-, four-, five- and more cognitive
sphere and others),
usage of theory of statistical substantiation of practical use of received results,
usage of theory of factors influencing to efficiency of architecture and constructions of buildings and constructions,
usage of theory of organization and plan of carrying out of experiment,
usage of theory of research of cognitive model parameters,
usage of theory of preliminary processing of a posteriori results of diagnostics,
usage of theory of choice of methods of the statistical analysis of generated data sets
,
usage of theory of the analysis of dynamics of training productivity,
usage of theory of the dispersion, regression
, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists;

Þ applications of transport
general questions of usage of transport,
usage of theory of
railway transport, usage of theory of motor car transport,
usage of theory of sea transport, usage of theory of air transport,
usage of theory of pipeline transport, usage of theory of industrial transport,
usage of theory of municipal transport,
usage of theory of interaction of different types of transport, usage of theory of mixed transportations,
usage of theory of other types of transport,
usage of theory of the cognitive modeling technology in applications of transport.

 

For the applied (scientific) researches direction 1.4.
“Cognitive
modeling in the applied technical sciences and technologies” (“NNT”)

(The scientific areas “Applied chemistry:
methods and technologies of extraction, processing and use
of the rock, metal, wood and agro-industrial production”)

 

The laboratory researches section 1.4.1 (“SGM”)

1.4.1. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications of mining and metallurgy” (“SGM”
)

 

Þ applications of mining
general questions of usage of mining,
usage of theory of technics and technology of development of deposits of firm minerals,
usage of theory of development of deposits of ores and black (ferrous) metals,
usage of theory of development of deposits of ores and looses of color and rare metals and diamonds,
usage of theory of development of deposits of coal and combustible slates,
usage of theory of development of deposits of peat,
usage of theory of development of deposits of building and road materials,
usage of theory of fire-resistant, ceramic, glass and mineral technical raw materials,
usage of theory of development of deposits of chemical and agricultural-chemical
raw materials and salts,
usage of theory of development of deposits of precious and ornamental stones,
usage of theory of enrichment of minerals,
usage of theory of development of oil and gas deposits,
usage of theory of the cognitive modeling technology in applications of mining;

Þ applications of metallurgy
general questions of usage of metallurgy,
usage of theory of metallurgical processes, usage of theory of metallurgical heating-engineering,
usage of theory of manufacture of black (ferrous) metals and alloys,
usage of theory of manufacture of color (nonferrous) metals and alloys,
usage of theory of powder metallurgy, usage of theory of metallurgy of semiconductors,
usage of theory of rolling manufacture, usage of theory of drawing and hardware
manufacture,
usage of theory of manufacture of pipes,
usage of theory of metallurgical science, usage of theory of the technical analysis in metallurgy,
usage of theory of the cognitive modeling technology in applications of metallurgy.

 

The laboratory researches section 1.4.2 (“SNL”)

1.4.2. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research of) applications of sciences about wood and wood processing” (“SNL”
)

 

Þ applications of wood and wood-processing industry
general questions of usage of wood and wood-processing industry,
usage of theory of wood science
, usage of theory of wood-cutting works,
usage of theory of transportation of wood, usage of theory of wood-timber
works,
usage of theory of technology and equipment for wood processing,
usage of theory of wood-sawmill manufacture,
usage of theory of manufacture of joiner
-building products,
usage of theory of manufacture of plywood and plates, usage of theory of manufacture of blocks,
usage of theory of manufacture of furniture, usage of theory of manufacture of matches,
usage of theory of manufacture of wooden container,
usage of theory special wood-procesing
manufactures,
usage of theory of pulp-paper industry,
usage of theory of the cognitive modeling technology
in applications of wood and wood-processing industry;

Þ applications of forestry
general questions of usage of forestry,
usage of
theory of forestry biology,
usage of theory of soil science, usage of theory of agriculture,
usage of theory of forestry land improvement, usage of theory of argi-chemistry,

usage of theory of plant science
, usage of theory of protection of forestry plants,
usage of theory of animal industry,usage of theory of veterinary science,
usage of theory of
preparation of production of forestry,
usage of theory of hunting and hunting economy, usage of theory of forestry,
usage of theory of
economics and organization of forestry,
usage of theory of mechanization and electrification of forestry,
usage of theory of the cognitive modeling technology in applications of forestry.

 

The laboratory researches section 1.4.3 (“SNPAK”)

1.4.3. For the section, scientific-researches laboratory
and (financing) department of applied (scientific) researches
“(The research) of applications of scientific problems of agro-industrial complex” (“SNPAK”
)

 

Þ applications of agriculture and hunting economy
general questions of usage of agriculture and hunting economy,
usage of theory of agricultural biology,
usage of theory of soil science, usage of theory of agriculture,
usage of theory of agricultural land improvement, usage of theory of agro-chemistry,
usage of theory of plant-growing
, usage of theory of protection of agricultural plants,
usage of theory of animal industry, usage of theory of veterinary science,
usage of theory of preparation of production of agriculture,
usage of theory of hunting and hunting economy, usage of theory of forestry,
usage of theory of economics and organization of agriculture,
usage of theory of mechanisation and electrification of agriculture,
usage of theory of the cognitive modeling technology
in applications of agriculture and hunting economy;

Þ applications of fish economy and aqua-culture
general questions of usage of fish economy and aqua-culture,
usage of theory of biological resources of The World ocean and internal reservoirs,
usage of theory of aqua-culture
,
usage of theory of fish-growing (culture), usage of theory of industrial fishery,
usage of theory of technical operation of fleet of fishing industry,
usage of theory of technical operation of fish seaports,
usage of theory of technology of processing of raw the materials of water origin,
usage of theory of equipment for fish-processing industry,
usage of theory of the cognitive modeling technology in applications of fish economy and aqua-culture;

Þ applications of water economy (management)
general questions of usage of water economy (management),
usage of theory of scientific bases of water economy (management),
usage of theory of water-economy construction,
usage of theory of hydraulic-engineering and hydro-ameliorative constructions,
usage of theory of irrigation
and water-supply,
usage of theory of irrigating systems,
usage of theory of drying systems,
usage of theory of sewage waters, their clearing and use, usage of theory of quality of water,
usage of theory of test, measurement and control in water economy (management),
usage of theory of mechanization and automation in water economy (management),
usage of theory of complex use of water resources,
usage of theory of the cognitive modeling technology in applications of water economy (management).

 

Next (go to page 2)

 

The list of directions of applied scientific researches and scientific results
for the international action
in “The Nobel committee” (The Kingdom of Norway and The Kingdom of Sweden)
(page 1 from 2 pages)

Text Box: of “The Russian academy of (natural) sciences” named after V.N. Veniaminov 
Text Box: The scientific-research institute
Text Box: “System and financial analysis 
based on cognitive modeling technology”
Text Box: SIO “Academy of cognitive natural sciences”

“The IInd (IIIrd, IVth, Vth and VIth) international action
of "The Nobel committee"
(The Kingdom of Norway and The Kingdom of Sweden),
the author of the unique cognitive modeling technology
and the scientific direction "Cognitive computer science,
cognitive modeling technology for the system and financial analysis"
("AUT CMT SFA"), academician of (natural) sciences
("SIO "ACNS"") Vetrov A.N.,
"The international Higher education academy of sciences" ("IHEAS"),
"The Russian academy of (natural) sciences" ("RA(N)S"),
"SIO "Academy of cognitive natural sciences"" ("SIO "ACNS""),
"The Administration of Saint-Petersburg city" and "The Government of RF"
at support of "The Presidents of RF and the foreign countries"
due to means of the budget, sponsors, interested and "The Nobel prize" –
the procedure of the performance with the scientific reports and rewarding
in organizations-participants,
the presentation of diplomas, medals and "The Nobel prize"
in "The Nobel committee",
the creation of products as valuable monuments
of architecture, town-planning and landscape-gardening art,
important objects of historical, cultural, art and scientific heritage
for (non)residents at the international level,
the demonstration of achievements in the field of technology,
architecture and building
in "The park of the 50
th-century of The Great October socialist revolution
named after V.I. Uljanov (Lenin)"
and "Saint-Petersburg exhibition centre" ("SPbEC")
at "Exhibition of achievements of science and technology" ("EAST")
with accommodation in "The hotel "Karelia"" ("The group of hotels "Intourist"")”

[from the 01st of January 2013 y. to the 31st of December 2018 y.]

RUSSIAN ACADEMY OF NATURAL SCIENCES • since 1990 y. •