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Home     Ukrainian Institutes Institute of cybernetics in Honor of V. M. Glushkov of NASU

Institute of cybernetics in Honor of V. M. Glushkov of NASU

Picture on main building in Institute of cybernetics

Primary scientific directions

  • Investigation and development of architecture of program engineering complexes adjusted to computational problems in the aircraft building industry based both on cluster architecture computers (SCIT-3) and technologies of high-production distributed computations, included MSC.Nastran Software. MSC.Marc Software, etc.
  • SCIT-3 – supercomputer for information technologies

Distinctive competencies

Include 127-processor of cluster on multicore processors (75 nodes on duo core processors Intel Xeon of 5160 and 52 nodes on quad core processors Xeon 5345).

Peak cluster productivity is 6500 Gflops, the real confirmed productivity (on 125 nodes) is 5317 Gflops.

Network InfiniBand is intended for a high-speed exchange between nodes during calculations. At data exchange between two nodes on network InfiniBand with use of reports MPI throughput of 850 Mb per second can be reached.

Network Gigabit Ethernet is intended for connection of all computing nodes of cluster with operating node and a file-server.

INPARCOM - family of intelligent parallel workstations (joint development of State scientific production enterprise “Elektronmash” of the Ministry of Industrial Policy of Ukraine and by V.M.Glushkov Iinstitute of Cybernetics of the National Academy of Sciences of Ukraine).

Advantages Of The Intelligent Computer:

  • enhancement of the specific scientific and engineering user tasks and works: investigation of the problem; creation of the required algorithms; writing and debugging of the programs
  • reduction of time required for posing and solving the problem often by a factor of over 100
  • possibility of formulation of the user's problem on the computer in terms of the specific application area
  • obtaining machine solutions together with reliability estimates and, if desired, determination of the main characteristics of the machine model of the problem even on basis of approximately given initial data
  • considerable reduction of time required for machine driven investigation and solution of scientific and engineering problems

The development of these “intelligent computers” on the basis of “state of the art elements”, “intelligent software” and general-purpose technologies ensures relatively low prices for this kind of computers and best “run time/cost” ratios. Engineering characteristics of the family of intelligent knowledge based workstations are given in the Table.

Family of intelligent parallel computers “INPARCOM”

Family of intelligent parallel computers “INPARCOM”
Note: * - depending on the processor's clock frequency;

Multi-Agent Control of Autonomous Unmanned Vehicles under Conflict and Uncertainty

New methods, algorithms, and software for control of the multiple unmanned aerial vehicles under conflict and uncertainty are proposed.

Scientific bases of construction of the integrated interactive geo-information aero-navigation complexes of real time

The developed complex can be applied in the centers of operative control of air, ground and marine systems or objects, and also in different systems of operative control, for example, at construction of the automated system of agro-ecological monitoring and certification of ground territories which are freed in the process of conversion. The integrated geoinformation system of complex protection of especially important objects (the airports, atomic power stations, oil refining factories, etc.)

Application of magnetocardiography for health control of astronauts

Current methods at diagnosing heart disease are not effective at the onset of the disease. Using magnetocardiography it is possible to detect the hidden form of gipocsy of myocardium. Practical application of technology of registration of the biоmagnetic field at the deep cardiologic inspection of candidates to the Antarctic expedition allowed the development of additional criteria of estimation of backlogs of cardiac activity and forecast what violations are possible. The fundamental value of the use of magnitometric technology in medico-biological researches in Antarctic Region consists of the depth studies of electrophysiology mechanisms of alterations of adaptations of cardiac activity of subjects at the protracted stay in extraordinary conditions. With the same success magnetocardiography can be used for examination of cosmonauts before and after missions. Similar researches were executed in Russia for candidates to cosmonauts and pilots-testers with the use of magnetocardiography, the software for which was developed in V.M.Glushkov Institute of cybernetics.

The block-diagram of interactive geoinformation complex of operative interaction
The block-diagram of interactive geoinformation
complex of operative interaction

The system of display of moving objects on territory of the airport and zones adjoining to it
The system of display of moving objects on territory
of the airport and zones adjoining to it

INFRACOM – family of intelligent parallel workstations
INFRACOM – family of intelligent parallel workstations

ZCIT-3 – supercomputer for information technologies
ZCIT-3 – supercomputer for information technologies

Contact Details

Sergienko Ivan V., Acad. of NASU
Address: 2A Zhelyabova str., 03057, Kyiv-57, UKRAINE
Tel.: 38 (044) 526-20-08
Fax : 38 (044) 526-74-18
E-mail: This e-mail address is being protected from spambots. You need JavaScript enabled to view it

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