“RAS” (page 1 from 2 pages)
Dear citizens of The Russian Federation and the foreign countries!
We invite You to take part in “The international action
of the author of the unique the cognitive modeling technology and the scientific direction "Cognitive informatics (computer science),
the 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 President of RF" due to means of the budget of RF –
the procedure of the performance with the scientific reports,
the presentation of diplomas to the experts, candidates, doctors and academicians of sciences in "RA(N)S",
the demonstration of achievements in the field of science, technology and education
in "The All-Russian exhibition centre" ("AREC")
at "The exhibition-fair of achievements of the national economy" ("EANE")
with accommodation in "The hotel "Cosmos"" ("The group of hotels "Intourist"")”.
The plan of measures in “RAS”
I. The actions in “The Russian academy of natural sciences” (go to)
II. The actions in “The Russian academy of sciences”
Members of “The Presidium of “RAS””
Are invited from RF and the foreign countries by “RAS”
under the control of “The Government of RF”
2.1. The plenary session of “The Presidium of “The Russian academy of sciences””
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word
of “The Presidium of “RAS”” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word
of the invited to “The Presidium of “RAS”” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
Break
The physical-mathematical sciences
The salutatory word
on physical-mathematical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on physical-mathematical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The technical sciences
The salutatory word
on technical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on technical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The economic sciences
The salutatory word
on economic sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on economic sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The social, political and jurisprudence sciences
The salutatory word
on social, political and jurisprudence sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on social, political and jurisprudence sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The chemical and applied (industrial and agricultural) sciences
The salutatory word
on chemical and applied (industrial and agricultural) sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on chemical and applied (industrial and agricultural) sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The ecological, biological and medical sciences
The salutatory word
on ecological, biological and medical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on ecological, biological and medical sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The humanitarian sciences
The salutatory word
on humanitarian sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on humanitarian sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The sport sciences
The salutatory word
on sport sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on sport sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The military sciences
The salutatory word
on military sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on military sciences of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
2.2. The procedure of the performance with scientific reports,
the presentation of diplomas to the experts, candidates, doctors and academicians of sciences in “RAS”
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word
of the representatives of “The President of RF”, “The Government of RF”,
The President of “RAS” and members of “The Presidium of “RAS”” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word
of the invited to “The Presidium of “RAS”” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
Break
[The physical-mathematical sciences], technical sciences, economic sciences
The salutatory word of the supervisors of studies
on physical-mathematical sciences, technical sciences, economic sciences
of “RAS” (day time session)
The salutatory word of the opponents
on physical-mathematical sciences, technical sciences, economic sciences
of “RAS” (day time session)
The salutatory word of the opposing organization (“The Government of RF” and “RAS”)
on physical-mathematical sciences, technical sciences, economic sciences
of “RAS” (day time session)
The salutatory word of the invited (residents and non-residents)
on physical-mathematical sciences, technical sciences, economic sciences
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The performance with the scientific report “The cognitive modeling technology
for the system and financial analysis
of the information-educational environments and (credit) organizations
based on the cognitive models”
on the spec. (01.02.01), 05.13.01, 05.13.10, 19.00.02 (19.00.03), 08.00.10
of the author of unique the cognitive modeling technology and the scientific direction
“Cognitive informatics (computer science), the cognitive modeling technology
for the system and financial analysis”,
academician of (natural) sciences (“SIO "ACNS"”) Vetrov A.N. –
the system analysis of the information-educational environments (40 posters),
and the financial analysis of the (credit) organizations (20 posters)
[the complex analysis of the objects of theoretical mechanics (20 posters)]
The performance with the scientific reports of the pupils and followers
of the author of unique the cognitive modeling technology and the scientific direction
“Cognitive informatics (computer science), the cognitive modeling technology
for the system and financial analysis”,
academician of (natural) sciences (“SIO "ACNS"”) Vetrov A.N.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The performance with the scientific reports of the invited (residents and non-residents) in support
of the author of unique the cognitive modeling technology and the scientific direction
“Cognitive informatics (computer science), the cognitive modeling technology
for the system and financial analysis”,
academician of (natural) sciences (“SIO "ACNS"”) Vetrov A.N.,
and also his pupils and followers
The place of carrying out, room, date and interval of time will be informed in addition
During development
The procedure of the presentation of diplomas
to the experts, candidates, doctors and academicians of sciences in “RAS”
2.3. The sessions of “The Russian academy of sciences” on the branches and sections
The fundamental scientific researches branch 1.
“Cognitive modeling in the mathematical sciences” (“OMN”)
The salutatory word
on the branch “The mathematical sciences branch” (“OMN”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on the branch “The mathematical sciences branch” (“OMN”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reports and performances on sections of "RAS" (residents and non-residents)
2.1.1. The fundamental scientific researches section
“The theory of mathematics and the complex system analysis
based on the cognitive modeling technology” (“SM”) (*)
Þ Theoretical mathematics (*) –
general questions of theoretical mathematics,
theory of mathematical logic, theoretical bases of mathematics,
theory of numbers, theory of algebra, theory of topology, theory of geometry, theory of the mathematical analysis,
theory of functions of valid variables, theory of functions of complex variables,
theory of ordinary differential equations,
theory of differential equations with private derivatives, theory of integrated equations,
theoretical mathematical models of objects, processes and phenomena of natural sciences and technical sciences,
theory of equations of mathematical physics, theory of variational calculus,
mathematical theory of optimum control,
theory of the functional analysis, theory of calculation mathematics,
theory of probability, theory of mathematical statistics,
theory of the combinatory analysis, theory of graphs, theoretical mathematical cybernetics,
theory of ways of representation of cognitive models, theory of parametrical cognitive models block,
theory of the cognitive modeling technology in theoretical mathematics;
Þ The theoretical complex system analysis (*) –
general questions of the theoretical complex system analysis,
theory of tendencies, dependences and laws of the complex system analysis of the objects, processes and the phenomena,
theory of the cognitive modeling technology with dynamic cloning, verification and subverification,
theory of iterative cycle of the cognitive modeling technology,
theory of technique of use of cognitive modeling technoilogy
for the complex system analysis of the difficult objects, processes and phenomena,
theory of parametrical cognitive models block for the complex system analysis
and increase of functioning efficiency of difficult objects, processes and phenomena,
theory of structure of cognitive models of the 0th, 1st, 2nd and 3rd generations,
theory of ways of representation of structure of cognitive models and problem environments:
formal classical of the 0th generation (logical and production models),
nonformal classical of the 0th generation (semantic network, frame network and ontology),
formal new of the 0th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and graphs),
nonformal new of the 0th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1st generation (cognitive circle and cognitive disc),
volumetric of the 1st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3rd generation (combinations of the existing cognitive models),
theory of algorithms of formation of difficult cognitive models of the 0th, 1st, 2nd and 3rd generations,
theory of techniques of research of parameters of difficult cognitive models of the 0th, 1st, 2nd and 3rd generations,
theory of algorithms of processing of a posteriori data of the complex system analysis of problem spheres,
theory of software for automation of research tasks,
theory of statistical substantiation of practical use of received results,
theory of factors influencing to functioning efficiency of difficult objects, processes and phenomena,
theory of organization and plan of carrying out of experimental research of cognitive models parameters,
theory of preliminary processing of a posteriori results of diagnostics,
theory of choice of methods of the statistical analysis of generated data sets,
theory of the analysis of productivity dynamics of difficult object, process and phenomena of research,
theory of the dispersion, regression, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists,
the theoretical complex system analysis of basic rocket engine,
the first, second, third and fourth rocket engine,
the theoretical complex system analysis of multivariate code device,
the theoretical complex system analysis of modificated model of reduced eye
for research process of acuity of vision, field of vision, color perception and other parameters
in Descartes space of 2 and 3 coordinates,
the theoretical complex system analysis of modified model of reduced ear
for research of absolute sensitivity and thresholds of sensitivity
in Descartes space of the 2 and 3 coordinates,
the theoretical complex system analysis of chemical element with one-, two-, three-, four-, five- and more nucleus,
the theoretical complex system analysis of the difficult multidimensional hurricane
and other difficult objects, processes and phenomena.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of mathematics and the complex system analysis
based on the cognitive modeling technology” (“SM”) (*)
Will be informed in addition
2.1.2. The fundamental scientific researches section
“The theory of cybernetics and (cognitive) informatics” (“SPMI”) (*)
Þ Theoretical cybernetics –
general questions of theoretical cybernetics,
theory of automatic control systems, theory of modeling, theory of cybernetic control systems,
theory of information, theory of artificial intelligence,
theory of discrete (final) automatic devices and formal languages,
theory of reliability, theory of the applied system analysis,
theory of the cognitive modeling technology in theoretical cybernetics;
Þ Theoretical computer science –
general questions of theoretical computer science,
theory of computer science, theory of organization of information work,
theory of documentary information sources,
theory of analytical-synthetic processing of documentary information sources,
theory of information search, theory of information service,
theory of technical means of information processes,
theory of the cognitive modeling technology in theoretical computer science;
Þ Theoretical cognitive informatics (computer science) (*) –
general questions of theoretical cognitive informatics (computer science),
theory of modified stratified-step model of perception (psycho-physiology of perception),
processings (cognitive psychology) and understanding (applied linguistics) of information fragments content,
theoretical bases of cognitive informatics (computer science),
theory of the cognitive modeling technology in technical, economic, physical-mathematical and other sciences,
theoretical bases of formation 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),
theoretical bases of formation of parametrical cognitive models block for the financial analysis
of (credit) organizations (cognitive models for the vertical, horizontal and trend financial analysis),
theoretical bases of formation of parametrical cognitive models block for the complex system analysis
of objects, processes and phenomena of cognitive informatics (computer science),
theory of ways of representation of structure of cognitive models and problem environments
(formal and nonformal classical and new of the 0th generation,
flat and volumetric of the 1st generation and 2nd generation and hybrid of the 3rd generation),
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),
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),
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 (credit) organization and enterprise based on diverse analytical coefficients system),
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-, three-, fore-, five- and more cognitive sphere and others).
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of cybernetics and (cognitive) informatics” (“SPMI”) (*)
Will be informed in addition
The fundamental scientific researches branch 2.
“Cognitive modeling in the physical sciences” (“OFN”)
The salutatory word
on the branch “The physical sciences branch” (“OFN”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on the branch “The physical sciences branch” (“OFN”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reports and performances on sections of "RAS" (residents and non-residents)
2.2.1. The fundamental scientific researches section
“The theory of physics, astronomy and space researches” (“SOFA”) (*)
Þ Theoretical physics (*) –
general questions of theoretical physics,
theory of general problems of physical experiment,
theory of physics of elementary particles, theory of fields,
theory of high energy physics, theory of nuclear physics, theory of physics of gases and liquids,
theory of thermo-dynamics and static physics, theory of physics of firm bodies,
theory of physics of plasma, theory of physics of atom and molecule, theory of optics, theory of laser physics,
theory of radio-physics, theory of physical bases of electronics, theory of acoustics,
theory of the cognitive modeling technology in theoretical physics
(cognitive models of interaction between elementary particles and firm bodies,
fields, liquids and gases,
cognitive model of modified volumetric planetary model of atom n. a. Bohr N.H.D.,
cognitive models of temperature areas of plasma of atom and a molecule,
cognitive model of eye optical environment, cognitive model of waves distribution in environment);
Þ Theoretical astronomy (*) –
general questions of theoretical astronomy,
theory of astronomy and heavenly mechanics,
theory of astrometry and astro-physics of The Solar system, The Sun,
stars, fogs, interstellar environment, star systems,
theory of cosmology, theory of observatories, tools, devices and methods of astronomical supervisions,
theory of the cognitive modeling technology in theoretical astronomy
(cognitive models of relative positioning of 1, 2, 3, 4, 5 and more
planets and satellites, The Earth, The Sun and others);
Þ Theoretical space researches of The Earth, The Sun and planets (*) –
general questions of theoretical space researches of The Earth, The Sun and planets,
theory of devices and methods of fundamental scientific researches of space environment,
theory of planning and realization of starts of space vehicles and artificial heavenly bodies,
theory of uncontrol movement of space vehicles and artificial heavenly bodies,
theory of control of movement of space vehicles and artificial heavenly bodies,
theory of space technics and technology,
theory of safety and medical-biological problems of space flights,
theory of use of space systems for connection and navigation,
theory and problems of discovery of extraterrestrial territories and prospects of astronautics,
theory of research of astronomical objects by space means,
theory of geo-physical fundamental researches by space means,
theory of research of The Earth from space,
theory of the cognitive modeling technology in theoretical space researches
(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 and others).
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of physics, astronomy and space researches” (“SOFA”) (*)
Will be informed in addition
2.2.2. The fundamental scientific researches section
“The theory of nuclear physics and physics of atomic nucleus” (“SYF”) (*)
Þ Theoretical nuclear physics (*) –
general questions of theoretical nuclear physics,
theory of nuclear raw materials and fuel,
theory of isotopes production, theory of isotopes and ionisation radiations,
theory of nuclear reactors, theory of thermo-nuclear reactors, theory of radiations action and protection against them,
theory of nuclear explosions, theory of nuclear fuel processing and waste disposal,
theory of the cognitive modeling technology in theoretical nuclear physics
(cognitive model of structure of chemical elements with 1, 2, 3, 4, 5 and more nucleus,
cognitive model of modified volumetric principle n. a. Pauli W.E.
for studying electronic clouds within limits of power levels,
cognitive model of modified planetary model of atom n. a. Bohr N.H.D. and others).
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of nuclear physics and physics of atomic nucleus” (“SYF”) (*)
Will be informed in addition
The fundamental scientific researches branch 3.
“Cognitive modeling in the nano-technologies and information technologies” (“ONIT”)
The salutatory word
on the branch “The nano-technologies and information technologies branch” (“ONIT”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on the branch “The nano-technologies and information technologies branch” (“ONIT”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reports and performances on sections of "RAS" (residents and non-residents)
2.3.1. The fundamental scientific researches section
“The theory of electronics, radio-engineering and connection” (“SVLTSEB”)
Þ Theoretical electronics and radio-engineering –
general questions of theoretical electronics and radio-engineering,
theoretical bases of electronic technics, theory of radio-engineering,
theory of materials for electronics and radio-engineering,
theory of technology and equipment for electronic and radio-engineering manufacture,
theory of designing and constructing of electronic devices and radio-electronic equipment,
theory of electric-vacuum and gas-discharge devices and units, theory of accelerators of charged particles and plasma,
theory of solid-state devices, theoretical bases of quantum electronics, theory of holography,
theoretical bases of crio-electronics, theory of radio-electronic circuits,
theory of radio-waves distribution, theory of antennas, theory of wave-transports, theory of elements of micro-wave techniques,
theory of radio-transmision and radio-receiving devices,
theory of radio-engineering systems of sounding, location and navigation, theory of television technics,
theory of record and reproduction of signals, theory of electric-acoustics, theory of ultra-sonic and infra-sonic technics,
theory of infra-red technics, theory of units, details and elements of radio-electronic equipment,
theory of devices for radio-engineering measurements, theory of systems and units of information display,
theory of the cognitive modeling technology in theoretical electronics and radio-engineering;
Þ Theoretical connection –
general questions of theoretical connection,
theory of connection, theory of designing and constructing connection devices,
theory of technology and equipment for assembly and adjustments of connection equipment,
theory of systems of data transfer, theory of communication lines,
theory of multichannel connection, theory of networks and communication centres, theory of services and connection services,
theory of telegraph (cable) connection and equipment, theory of systems and equipment of data transmission,
theory of tele-information services and equipment, theory of tele-communication connection and equipment,
theory of transfer systems of moving images and sound, theory of facsimile connection and equipment,
theory of radio-connection (communication) and radio-broadcasting, theory of hyber-optic (LED) connection and equipment,
theory of television (TV), theory of optical connection in free space and equipment, theory of post connection,
theory of the cognitive modeling technology in theoretical connection and terminal equipment of data transmission.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of electronics,
radio-engineering and connection” (“SVLTSEB”)
Will be informed in addition
2.3.2. The fundamental scientific researches section
“The theory of automatics, computer engineering
and the system analysis based on the cognitive modeling technology” (“SITA”) (*)
Þ Theoretical automatics and computer engineering –
general questions of theoretical automatics and computer engineering,
theory of automatic control,
theoretical bases of programming, theoretical bases of computer engineering,
theory of elements, units and devices of automatics and computer engineering,
theory of devices of input-output, theory of memory devices,
theory of technology and equipment for production of automatics means and computer engineering,
theory of keyboard and calculating-tabulating machines, theory of analog computers (АPC),
theory of digital computers and computer complexes (DPC),
theory of analog-digital (hybrid) computers and computer complexes,
theory of computer centres (CPC), theory of computer networks (NPC),
theory of software of computers, complexes and networks,
theory of automatic systems of mesuarement, regulation and control, theory of tele-control and tele-measurement systems,
theory of automated control systems of technological processes,
theory of automated systems of organizational management, theory of design automation,
theory of automation of scientific researches,
theory of the cognitive modeling technology in theoretical automatics and computer engineering;
Þ The theoretical system analysis (*) –
general questions of the theoretical system analysis,
theory of tendencies, dependences and laws of the system analysis of the objects, processes and phenomena,
theory of the cognitive modeling technology with dynamic cloning, verification and subverification,
theory of iterative cycle of the cognitive modeling technology,
theory of technique of use of the cognitive modeling technology,
theory of parametrical cognitive models block
for the system analysis of the information-educational environments
and increase 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),
theory of ways of representation of structure of cognitive models and problem environments:
formal classical of the 0th generation (logical and production models),
nonformal classical of the 0th generation (semantic network, frame network and ontology),
formal new of the 0th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and graphs),
nonformal new of the 0th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1st generation (cognitive circle and cognitive disc),
volumetric of the 1st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3rd generation (combinations of the existing cognitive models),
theory of algorithm of formation of cognitive model structure,
theory of technique of research of parameters of cognitive models,
theory of algorithm of the analysis of a posteriori results of research,
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),
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),
theory of statistical substantiation of practical use of received results,
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,
theory of organization and plan of carrying out of experimental research of cognitive models parameters,
theory of preliminary processing of a posteriori results of diagnostics,
theory of choice of methods of the statistical analysis of generated data sets,
theory of the analysis of productivity dynamics of objects, processes and phenomena,
theory of the dispersion, regression, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of automatics, computer engineering,
system analysis based on the cognitive modeling technology” (“SITA”) (*)
Will be informed in addition
2.3.3. The fundamental scientific researches section
“The theory of nano-technologies for mechanical engineering, instrument making,
polygraphy, reprography and foto-cinema-technics,
easy and food-processing industry,
transport, architecture and construction” (“SNT”) (*)
Þ Theoretical nano-technologies for mechanical engineering –
general questions of theoretical nano-technologies for mechanical engineering,
theory of nano-technologies for machines science and details of machines,
for machine-building materials, for technologies of mechanical engineering,
for foundry manufacture, for forge-stamp manufacture, for assembly manufacture,
for cutting materials, for electric-physical-chemical processing,
for thermal and strengthening powder materials, for manufacture of nonmetallic products,
for machine-tool construction, for robotics, for tool manufacture,
for mining mechanical engineering, for metallurgical mechanical engineering,
for reactor constraction,, for turbine construction,
for special power installations, for chemical and oil mechanical engineering,
for locomotive construction and carriage building, for engine construction, for motor car industry, for shipbuilding,
for aircraft construction, for space technics and rocket production, for hoisting-transport mechanical engineering,
for building and road mechanical engineering, for municipal mechanical engineering,
for tractor and agricultural mechanical engineering, for mechanical engineering of light industry,
for polygraphic mechanical engineering, for mechanical engineering of food-processing industry,
for mechanical engineering of trade and public catering, for household machines and devices,
for manufacture of weapon, for other branches of mechanical engineering,
theory of the cognitive modeling technology in theoretical nano-technologies for mechanical engineering;
Þ Theoretical nano-technologies for instrument making –
general questions of theoretical nano-technologies for instrument making,
theory of nano-technologies for theoretical bases of instrument making,
for general technology of production and equipment in instrument making,
for designing and constructing devices, for measurement devices of electric and magnetic poles (sizes),
for measurement devices of mechanical sizes, for measurement devices of time and frequency,
for measurement devices of structure and physical-chemical properties of substances and materials,
for measurement devices of thermo-technical and thermo-physical parameters,
for measurement devices of acoustic sizes and characteristics,
for measurement devices of optical and lighting-technical sizes and characteristics,
for measurement devices of ionisation radiations, for devices of not destroying control of products and materials,
for general structural elements, units of measuring devices and systems, theory of means of office equipment,
theory of the cognitive modeling technology in theoretical nano-technologies for instrument making;
Þ Theoretical nano-technologies for polygraphy, reprography and foto-cinema-technics –
general questions of theoretical nano-technologies for polygraphy, reprography and foto-cinema-technics,
theory of nano-technologies for polygraphy, reprography and foto-cinema-technics,
theory of the cognitive modeling technology in theoretical nano-technologies for polygraphy, reprography and foto-cinema-technics;
Þ Theoretical nano-technologies for light industry –
general questions of theoretical nano-technologies for light industry,
theory of nano-technologies for textile industry,
for knitted industry, for clothing industry,
for tanning industry, for fur industry,
for industry of an artificial leather and film materials, for shoe industry,
for leather-haberdashery industry, for bristle-brush manufacture, for manufacture of accessories,
theory of the cognitive modeling technology in theoretical nano-technologies for light industry;
Þ Theoretical nano-technologies for food-processing industry –
general questions of theoretical nano-technologies for food-processing industry,
theory of nano-technologies for food raw materials and auxiliary materials,
for processes and devices of food manufactures,
for (grain-)elevator and flour(-grinding)-sereals (croup) industry, for mixed fodder industry,
for baking of bread and macaroni industry, for confectionery industry, for sugar industry,
for starched-treacle industry, for barmy industry, for brewing industry,
for spiritous industry, for industry of high-alcohol drinks,
for wine-making (vinous) industry, for soft (without alcohol) drinks industry,
for canning, vegetable drying and food-concentrat industry, for food-gustatory industry,
for tobacco industry, for meat and bird-fancier-processing industry,
for manufacture of eggs and egg products, for dairy (milk) industry, for creamery (butter-fatty) industry,
theory of the cognitive modeling technology in theoretical nano-technologies for food-processing industry;
Þ Theoretical nano-technologies for transport –
general questions of theoretical nano-technologies for transport,
theory of nano-technologies for railway transport, for motor car transport,
for water transport, for air transport,
for pipeline transport, for industrial transport, for municipal transport,
for interaction of different types of transport, for mixed transportations, for other types of transport,
theory of the cognitive modeling technology in theoretical nano-technologies for transport;
Þ Theoretical nano-technologies for architecture and construction (*) –
general questions of theoretical nano-technologies for architecture and construction,
theory of engineering-theoretical bases of construction, theory of architecture,
theory of building materials and products, theory of building constructions,
theory of technology of building-installation works,
theory of technology of production of building materials and products,
theory of machines, mechanisms, equipment and tool,
used in construction and industry of building-materials,
theory of engineering researches in construction, theory of architectural-building designing,
theory of regional lay-out, theory of town-planning,
theory of objects of construction and engineering support of construction objects,
theory of tendencies, dependences and laws in architecture and construction,
theory of the cognitive modeling technology with dynamic cloning, verification and subverification,
theory of iterative cycle of the cognitive modeling technology,
theory of technique of use of the cognitive modeling technology,
theory of parametrical cognitive models block for architecture and construction
(buildings and constructions based on the cognitive disc, cognitive circle,
cognitive cylinder, cognitive cone and cognitive sphere),
theoretical bases of formation of parametrical cognitive models block,
theory of ways of representation of structure of cognitive models and problem environments
(formal and nonformal classical and new of 0th generation,
flat and volumetric of the 1st generation and 2nd generation and hybrid of the 3rd generation),
theory of algorithm of formation of cognitive model structure,
theory of technique of research of parameters of cognitive model,
theory of algorithm of the analysis of a posteriori results of research,
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-, fore-, five- and more cognitive sphere and others),
theory of statistical substantiation of practical use of received results,
theory of factors influencing to efficiency of architecture and construction of buildings and constructions,
theory of organization and plan of carrying out of experimental research of cognitive models parameters,
theory of preliminary processing of a posteriori results of diagnostics,
theory of choice of methods of the statistical analysis of generated data sets,
theory of the analysis of productivity dynamics of construction,
theory of the dispersion, regression, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of nano-technologies for mechanical engineering, instrument making,
polygraphy, reprography and foto-cinema-technics, easy and food-processing industry,
transport, architecture and construction” (“SNT”) (*)
Will be informed in addition
The fundamental scientific researches branch 4.
“Cognitive modeling in the exact sciences” (“OEMMPU”)
The salutatory word
on the branch “The power-engineering, mechanical engineering, mechanics
and control processes” (“OEMMPU”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The salutatory word of the invited
on the branch “The power-engineering, mechanical engineering, mechanics
and control processes” (“OEMMPU”)
of “RAS” (day time session)
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reports and performances on sections of "RAS" (residents and non-residents)
2.4.1. The fundamental scientific researches section
“The theory of (theoretical) mechanics and gyroscopes” (“SM”) (*)
Þ Theoretical mechanics (*) –
general questions of theoretical mechanics,
theoretical bases, general tasks and methods of mechanics,
theory of general mechanics, theory of mechanics of liquid and gas, theory of mechanics of deformable firm body,
theory of complex and special sections of mechanics,
theoretical bases of the cognitive modeling technology in mechanics,
theoretical bases of formation of parametrical cognitive models block
for the complex system analysis of the objects, processes and phenomena of mechanics,
theory of ways of representation of structure of cognitive models and problem environments:
formal classical of the 0th generation (logical and production models),
nonformal classical of the 0th generation (semantic network, frame network and ontology),
formal new of the 0th generation (calculus of theory of sets and corteges on domains
and innovative calculus of theory of sets and g raphs),
nonformal new of the 0th generation (multilevel structural scheme
and multilevel encapsulated pyramids combining theory of graphs and theory of sets),
flat of the 1st generation (cognitive circle and cognitive disc),
volumetric of the 1st generation (cognitive cylinder, cognitive cone and cognitive sphere),
flat and volumetric of the 2nd generation (one-, two-, three-, four-, five- and more cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone and cognitive sphere),
hybrid of the 3rd generation (combinations of the existing cognitive models),
theory of adaptive automation means of objects, processes and phenomena of mechanics,
theory of technical means of support of research of objects, processes and phenomena of mechanics,
theory of technical means of support of the complex system analysis
of difficult objects, processes and phenomena of mechanics
(automation means of formation and research based on the cognitive circle,
cognitive disc, cognitive cylinder, cognitive cone, cognitive sphere,
one-, two-, three-, fore-, five- and more cognitive sphere and others),
theory of statistical substantiation of practical use of received results,
theory of factors influencing to functioning efficiency of objects, processes and phenomena of mechanics,
theory of organization and plan of carrying out of experimental research of cognitive models parameters,
theory of preliminary processing of a posteriori results of diagnostics,
theory of choice of methods of the statistical analysis of generated data sets,
theory of the analysis of productivity dynamics of objects, processes and phenomena of mechanics,
theory of the dispersion, regression, discriminant, cluster analysis,
multidimensional scaling, factorial analysis and bibliographic lists;
Þ Theoretical mechatronics (theory of hyroscopes building) –
general questions of theoretical mechatronics,
theoretical bases, general tasks and methods of mechatronics,
theory of general mechatronics, theory of mechatronics of liquids and gas, theory of mechatronics of deformable firm body,
theory of complex and special sections of mechatronics,
theory of automation means and devices of mechatronics,
theory of the cognitive modeling technology in theoretical mechatronics (theory of hyroscopes building).
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of (theoretical) mechanics and gyroscopes” (“SM”) (*)
Will be informed in addition
2.4.2. The fundamental scientific researches section
“The theory of mechanical engineering, instrument making and metrology” (“SPMPU”)
Þ Theoretical mechanical engineering –
general questions of theoretical mechanical engineering,
theory of machines science and details of machines, theory of machine-building materials,
theory of technology of mechanical engineering, theory of foundry manufacture,
theory of forge-stamp manufacture, theory of assembly manufacture, theory of cutting of materials,
theory of electric-physical-chemical processings, theory of thermal and strengthening processing,
theory of furnish of surfaces and drawing of coverings, theory of manufacture of products from powder materials,
theory of manufacture of nonmetallic products, theory of machine-tool construction, theory of robotics,
theory of tool manufacture, theory of mining mechanical engineering, theory of metallurgical mechanical engineering,
theory of reactor constraction, theory of turbine construction, theory of special power installations,
theory of chemical and oil mechanical engineering, theory of locomotive construction and carriage building,
theory of engine construction, theory of motor car industry, theory of ship building, theory of aircraft construction,
theory of space technics and rocket production, theory of hoisting-transport mechanical engineering,
theory of building and road mechanical engineering, theory of municipal mechanical engineering,
theory of tractor and agricultural mechanical engineering, theory of mechanical engineering for light industry,
theory of polygraphic mechanical engineering, theory of mechanical engineering for food-processing industry,
theory of mechanical engineering for trade and public catering, theory of household machines and devices,
theory of manufacture of weapon, theory of other branches of mechanical engineering,
theory of the cognitive modeling technology in theoretical mechanical engineering;
Þ Theoretical instrument making –
general questions of theoretical instrument making,
theoretical bases of instrument making, theory of general technology of production and equipment in instrument making,
theory of designing and constructing of devices,
theory of devices for measurement of electric and magnetic sizes,
theory of devices for measurement of mechanical sizes, theory of devices for measurement of time and frequency,
theory of devices for measurement of structure and physical-chemical properties of substances and materials,
theory of devices for thermo-technical and thermo-physical measurements,
theory of devices for measurement of acoustic sizes and characteristics,
theory of devices for measurement of optical and lighting-technical sizes and characteristics,
theory of devices for measurement of ionisation radiations,
theory of devices of not destroying control of products and materials,
theoretical bases of general structural elements, theory of units of measuring devices and systems,
theory of devices of interface and office equipment means,
theory of the cognitive modeling technology in theoretical instrument making;
Þ Theoretical metrology (theory of measurement) –
general questions of theoretical metrology,
theory of scientific bases and technical means of metrology and metrological support,
theory of state, national and international systems and services of metrology,
theory of measurement of separate sizes and characteristics,
theory of standard samples of structure and properties of substances and materials,
theory of the cognitive modeling technology in theoretical metrology (theory of measurement).
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of mechanical engineering,
instrument making and metrology” (“SPMPU”)
Will be informed in addition
2.4.3. The fundamental scientific researches section
“The theory of power-engineering and electric-engineering” (“SE”)
Þ Theoretical power-engineering –
general questions of theoretical power-engineering,
theory of power-resources, theory of power balance,
theory of electric-power-engineering (industry), theory of thermo-power-engineering (industry), theory of heating-engineering,
theory of atomic power-engineering, theory of water-power-engineering, theory of helium-power-engineering,
theory of wind-power-engineering, theory of direct transformation of energy,
theory of the cognitive modeling technology in theoretical power-engineering;
Þ Theoretical electric-engineering –
general questions of theoretical electric-engineering,
theory of electric-engineering, theory of electric-technical materials,
theory of electric machines, theory of electric devices, theory of transformers and electric reactors,
theory of power electric condensers, theory of power converting technics, theory of electric drive,
theory of electric-thermy, theory of electric-welding equipment, theory of wire and cable, theory of electric isolators,
theory of light engineering, theory of electric-technical equipment of special purpose,
theory of the cognitive modeling technology in theoretical electric-engineering.
The place of carrying out, room, date and interval of time will be informed in addition
During development
The reporters on the scientific researches section
“The theory of power-engineering and electric-engineering” (“SE”)
Will be informed in addition
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“RAS” (page 1 from 2 pages)
