The applied scientific researches

The sphere of the scientific interests
and the applied scientific researches

 

RUS

The applied scientific researches
management divisions –
the directions and departments (sections)

(the microscopic system, financial and complex analysis –
the 27 departments (sections) on the 9 directions of “SIO "ACNS"”
corresponds to the 27 departments (sections) on the 9 directions
of “SRI "SFA CMT" of "RA(N)S" n. a. Veniaminov V.N.”,
and also to the 27 sections
on the 9 directions of “RANS”)

 

The applied scientific researches direction 1.
“Cognitive modeling
in the natural sciences” (“NEN”)

The applied scientific researches section 1.1 (“SIC”)

1.1. The applied scientific researches department
“Applications of (cognitive) informatics, cybernetics, automatics,
computer engineering, data transmission and connection” (“SIC”) (*)

Þ applications of informatics (theory of information) (*)
the general questions of usage of informatics (theory of information),
usage of theory of informatics, usage of theory of the organization of information activity,
usage of theory of the documentary sources of information,
usage of theory of the analitical-synthetic reprocessing of the documentary sources of information,
usage of theory of information search, usage of theory of information service,
usage of theory of the technical means of support of the information processes,
usage of theory of the cognitive modeling technology
in the applications of informatics (theory of information);

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

Þ applications of cybernetics
the general questions of the usage of cybernetics,
usage of theory of the automatic control systems,
usage of theory of modeling, usage of theory of the cybernetical control systems,
usage of theory of information, usage of theory of artificial intelligence,
usage of theory of the final automatic devices and formal languages of programming,
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 the applications of cybernetics;

Þ applications of automatics and computer engineering
the 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 the elements, units and devices of automatics and computer engineering,
usage of theory of the devices of input-output, usage of theory of memory devices,
usage of theory of technology and equipment
for the manufacture of the automatics means and computer engineering,
usage of theory of the keyboard and calculating-tabulating machines,
usage of theory of analog counting machines (ACM
),
usage of theory of the digital counting machines and counting complexes (CCM),
usage of theory of the analog-digital (hybrid) counting machines and counting complexes,
usage of theory of counting centres (CC
), usage of theory of counting networks (CN),
usage of theory of the software of computers, counting machines and networks,
usage of theory of the systems of automatic measurement, regulation and control,
usage of theory of the systems of tele-control and tele-measurement,
usage of theory of the automated control systems of technological processes,
usage of theory of the automated systems of organizational management (managerial control),
usage of theory of the automation of designing, usage of theory of the automation of scientific researches,
usage of theory of the cognitive modeling technology
in the applications of automatics and computer engineering;

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

 

The applied scientific researches section 1.2 (“SMMF”)

1.2. The applied scientific researches department
“Applications of mathematics, mathematical physics,
mechanics, metrology, astronomy, space researches,
the complex system analysis based on the cognitive modeling technology
and the complex problems of natural sciences” (“SMMF”
) (*)

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

usage of theory of the 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 the applications of mathematics;

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

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

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

Þ applications of metrology (theory of measurement)