| Institute of Control Sciences |
The Institute maintains flexible and dynamic structure, capable of adapting to solving new problems both fundamental and applied. Functional orientation is not the main factor used in setting-up of the Institute laboratories. For example, there are no laboratories dealing with control processes in metallurgy, power industry, etc. However, the Institute has laboratories engaged in identification, management control, modeling, computer-aided design, etc. In a number of cases some "over-and-above structure" divisions have been created in the Institute to achieve prompt solution of concrete problems.
The Board of Directors does general guidance of the Institute. The Board includes Academician Ivery V.Prangishvili and two Deputy-Directors, B.V.Pavlov and A.N.Shubin, who provides scientific activity guidance. The board also includes two deputy-directors on economical and general aspects. The Scientific Council headed by the Institute director coordinates the scientific research in the Institute. Seven sections of the Scientific Council are responsible for the following directions of the works:
· theory of control systems;
· control in social and medical-biological systems;
· technical means of "hardware" of automation and computer engineering:
· systems for control of technological processes;
· software for complexes and networks;
· computer-aided management systems;
· control of moving objects;
The Institute Leading Body
| S.N. VASILIEV | Director |
| D.A. NOVIKOV | Deputy Director (Science) |
| B.V. PAVLOV | Deputy Director (Science) |
| A.A. TETJAEV | Deputy Director (General Problems) |
| F.F. PASHCHENKO | Scientific Secretary |
List of Laboratories
| Number | Head | Title |
| 1 | B.V.Pavlov | Dynamics of Controlled Processes |
| 2 | A.N.Shubin | Pneumatic Tools of Automation |
| 3 | S.A.Amtbartsumian | Discrete Systems |
| 4 | V.V.Ignaushenko | Multi-computer, Multi-terminal Real-time Complexes |
| 5 | B.G.Volik | Structures and Methods of Complex Control Systems Design |
| 6 | V.P.Zhukov | Invariant Control Systems |
| 7 | B.T.Polyak | Adaptive and Robust Control Systems |
| 8 | Yu.P.Portnov-Sokolov | Terminal On-board Control Systems |
| 9 | A.F.Volkov | Structures of Control Machines |
| 11 | O.P.Kusnetsov | Methods of Realization of Automata |
| 12 | B.P.Petrukhin | Physical Reliability Foundation of Hardware |
| 14 | V.S.Semenov | Research of High-Density Memory Devices on Magnetic Films |
| 15 | V.D.Zotov | Man-machine Systems |
| 16 | Ye.S.Pyatnitskiy | Dynamics of Nonlinear Control Systems |
| 17 | V.A .Zhozhikashvili | Queuing Systems |
| 18 | Ye.I.Artamonov | Computer Graphics |
| 19 | V.N.Kulibanov | Multiple Connected Control Systems |
| 20 | V.V.Kulba | Methods of Data Processing In Automatic Control Systems for Non industrial Sphere |
| 21 | I.I.Paishev | Software Support for Real time Multi-computer Complexes |
| 22 | V.I.Utkin | Discontinuous Control Systems |
| 24 | A.A.Romashehev | Ferromagnetic and Semiconductor Devices |
| 25 | F.T.Aleskerov | Hierarchical Control Systems |
| 26 | A.N.Anuashvlli | Coherence-Wave Methods for Non-stationary Media State Control |
| 27 | P.P.Parkhomenko | Technical Diagnostics |
| 28 | I.N.Vorontsov | Large Scale System Modelling |
| 29 | Yu.S.Legovitch | Computer-aided Research and Design of Control Systems |
| 31 | I.V.Prangisvili | Computer Systems with Adaptive Structure |
| 32 | L.I.Mikulitch | Design Principles of Industrial Branches Automatic Control Systems |
| 33 | A.D.Tsvirkun | Control Problems of large-scale Systems Structure Development |
| 34 | V.A.Filippov | Computer-Aided Support Systems for Planning and Management Decision Making in PICK Operation Environment |
| 35 | E.L.Itskovitch | Systems of On-line Control and Management In Continuous Production |
| 36 | K.B.Norkin | Computational and Optimization Methods |
| 37 | V.A.Gruzman | Computer-aided Control Systems Design |
| 38 | Ye.P.Maslov | Processes of Control and Management Based on Incomplete Data |
| 40 | F.F.Pashchenko | Computer-Aided Systems of Control for Technological Processes In Nuclear Power Plants |
| 41 | V.A.Lototsky | Identification of Control Objects |
| 42 | V.Yu.Rutkovsky | Self-adjustable Control Systems |
| 43 | V.B. Gusev | Management of Multipurpose Projects and Self-developing Systems |
| 44 | A.A.Onopko | Automatic Control of Technological Processes in Nuclear Power Plants |
| 45 | V.F.Krotov | Theory of Optimal Control Systems |
| 46 | V.G.Lebedev | System Programming |
| 48 | B.V.Lunkin | Wave Methods and Tools for Non electrical Parameters Control |
| 49 | M.Kh.Dorri | Control Systems for Complex Multipurpose Objects |
| 50 | A.M.Shubladze | Adaptive Control Systems for Dynamic Objects |
| 51 | N.A. Abramova | Cognitive Modelling and Situation Control |
| 52 | I.B.Semenov | Methods and Tools for R&D Management |
| 55 | A.A.Dorofeyuk | Processing of large Information Arrays In Hierarchic Systems |
| 56 | R.R.Babajan | Micro- and nano electronics elements and devices for control systems |
| 57 | V.N.Burkov | Business Games and Active Systems |
| 59 | V.P.Razbegin | Multiprocessor Systems Software Development |
| 62 | V.Yu.Kneller | Theory and Tools for Measurement Data Transformation |
| 63 | A.G.Butkovsky | Distributed Parameters Systems |
Structure and Number of Employees
The Institute of Control Sciences is one of the largest and significant scientific institutions in the Russian Federation. When founded, the Institute had 22 employees, of which only 6 scientists had scientific degrees. At present there are over 800 scientific researchers including 2 RAS Corresponding Members, over 70 D.Sc. and almost 350 Ph.D. working in the Institute. The Institute paid great attention to training of specialists and personnel from the very start of its existence.
During the first year of its foundation a post-graduate chair was set up and the first group of post-graduates passed the admission exams. The first dissertations (theses) were submitted in 1944. Among those who completed the post-graduate course, over 1000 scientists defended doctoral and candidate theses and many of them became leading specialists in their republics and countries. The scientists of the Institute deliver lectures at the well-known Moscow high schools and universities – Physico - Technical, Aviation, Power Engineering and others.
A great number of highly skilled foreign specialists was specially trained for the research activities in their home countries such as Hungary, Czech & Slovakia, Poland, Bulgaria, Vietnam, etc. The scientists of the Institute are well known all over the world. Their articles, monographs are published in various languages in different countries. The journal "Automation and Remote Control", which is closely connected with the Institute from the very beginning of its history, is also a well-known international publication.
The institute gives great attention to training of highly skilled scientists and personnel. The training focuses on the Institute Post-graduates Board. There are many Academicians and leading specialists of the republics in the former Soviet Union among those who completed its course. The quality of this training course center is convincingly demonstrated by the fact that the Institute Director, his three Deputy- Directors, Scientific Secretary, most of the of laboratory directors, as well as leading researches are actually those who successfully completed the Institute post-graduate study course.
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