Ippy ran them Kharkevich. Institute for Information Transmission Problems named after A

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IPTP RAS

Institute for Information Transmission Problems. A.A. Kharkevich RAS- one of the department's institutes information technologies and computer systems of the Russian Academy of Sciences. Founded in the early 1950s and led until 1965. Corresponding Member of the Academy of Sciences of the Ukrainian SSR Alexander Aleksandrovich Kharkevich.

IPTP RAS

The main goal of the Institute is to carry out fundamental scientific research and applied developments in the field of transmission, distribution, information processing and control in technical and living systems.

The main directions of scientific activity of the Institute are:

• theory of transmission and protection of information;
• mathematical theory of information and control, multicomponent random systems;
• information and communication technologies and their application in complex systems and networks;
• information processes in living systems and bioinformatics;
• computer linguistics.

Sources

Wikimedia Foundation. 2010 .

• IPP
• IPPM RAS

See what "IPPI RAS" is in other dictionaries:

IPTP RAS- Institute for Information Transmission Problems of the Russian Academy of Sciences Moscow, education and science, RF ...

IPPI- Institute for Information Transmission Problems of the Russian Academy of Sciences http://www.iitp.ru/ education and science Dictionary: S. Fadeev. Dictionary of abbreviations of the modern Russian language. S. Pb.: Polytechnic, 1997. 527 s ... Dictionary of abbreviations and abbreviations

Establishment of the Russian Academy of Sciences Institute of Information Transmission Problems. A.A. Kharkevich RAS (IPPI RAS) ... Wikipedia

Establishment of the Russian Academy of Sciences Institute of Information Transmission Problems. A.A. Kharkevich RAS (IPPI RAS) International name Institute for Information Transmission Problems of the Russian Academy of Sciences (Kharkevich Institute) Founded 29 ... Wikipedia

RAS, founded in 1961 in Moscow (laboratory since 1948). Research on information theory, information systems, automated control systems, etc ... encyclopedic Dictionary

INFORMATION TRANSFER PROBLEMS INSTITUTE (IPPI) RAS was founded in 1961 in Moscow (laboratory since 1948). Research on information theory, information systems, automated control systems, etc ... Big Encyclopedic Dictionary

Tsfasman, Mikhail Anatolievich- Wikipedia has articles about other people with that surname, see Tsfasman. Mikhail Anatolyevich Tsfasman Date of birth: July 23, 1954 (1954 07 23) (58 years old) Place of birth: Moscow, USSR Country ... Wikipedia

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Zakharov, Grigory Pavlovich- Grigory Pavlovich Zakharov Date of birth: February 5, 1914 (1914 02 05) Place of birth: Sverdlovsk region Date of death: January 6, 1995 (1995 01 06) ... Wikipedia

Yuri Apresyan- Yuri Derenikovich Apresyan (born in 1930) Russian linguist, academician of the Russian Academy of Sciences (1992), professor (1991), doctor of philological sciences. Works in the field of lexical semantics, syntax, Russian and English lexicography, the history of linguistics, machine ... ... Wikipedia

Books

• The Theory of Evolutionary Computing, V. V. Kureichik, V. M. Kureichik, S. I. Rodzin. The book attempts to solve the fundamental problem of computational intelligence by developing a general theory of evolutionary computation inspired by natural systems, mathematical ...

In the areas of research and development of integrated information and telecommunication systems and networks, theoretical foundations of computer science and information technology; information technologies of accumulation, storage, search, processing, transformation, display, protection and transmission of information, cognitive technologies; architecture, system solutions and software computing systems and networks of new generations.

Since June 1, 2015, it has been a member of the Federal Research Center "Computer Science and Control" on the basis of the IPI RAS (Director - Academician I.A. Sokolov).

Founding history

In the early 1980s, the President of the USSR Academy of Sciences A.P. Aleksandrov and Vice-President of the USSR Academy of Sciences E.P. Velikhov prepared proposals addressed to the leadership of the USSR on expanding and strengthening research in the field of informatics and computer technology within the framework of the USSR Academy of Sciences. In pursuance of them, in 1983, the Department of Informatics, Computer Engineering and Automation was formed as part of the USSR Academy of Sciences (under the general supervision of E.P. Velikhov), which included the Computing Center of the USSR Academy of Sciences, as well as several newly formed institutes, in including the Institute for Informatics Problems of the Academy of Sciences of the USSR (IPIAN).

The corresponding resolution of the Central Committee of the CPSU and the Council of Ministers of the USSR on the establishment of IPIAN is dated July 29, 1983, and the Order of the Presidium of the USSR Academy of Sciences - August 2, 1983.

Corresponding Member of the USSR Academy of Sciences B.N. Naumov, who headed the Institute of Electronic Control Machines of the USSR Ministry of Instruments (INEUM). The main task of IPIAN was defined as "... carrying out fundamental and applied research in the field of technical and software mass computing equipment and systems based on them", and the basis of the first scientific divisions of IPIAN was the teams of a number of scientific departments of INEUM, transferred to IPIAN in early 1984.

In 1984–85 under the direction of B.N. Naumov developed the concept of new generations of computing systems (a kind of response of the USSR and its allies to strategic program creation of fifth generation computers, announced in the early 1980s. in Japan).

Fundamental and applied research to implement this concept was carried out at IPIAN within the framework of the following complex scientific projects:

• knowledge processing systems;
• image processing and computer graphics systems;
• automation systems for the design of computer systems and very large-scale integrated circuits (VLSI);
• computer networks;
• personal computer systems;
• fault-tolerant computing systems;
• new principles of information storage (new external storage devices);
• programming technologies;
• new algorithms and architectures of information processing;
• educational informatics.

In the first years after its founding, the Institute developed rapidly - it included branches in Berdyansk, Kazan, Orel. In 1990, a joint department was formed with the Radio Engineering Institute in Taganrog. Total population employees of the institute in 1988–1989. exceeded 1000 people.

In connection with market reforms and a reduction in budget funding in 1991, the number of employees was reduced four times, to 250 people.

Since 1992, the institute has been called the Institute of Informatics Problems of the Russian Academy of Sciences (IPI RAS) and is part of the Department of Nanotechnology and Information Technology of the Russian Academy of Sciences (until 2002 - the Department of Informatics, Computer Engineering and Automation, in 2002–2007 - the Department of Information Technology and computing systems).

Now the institute includes branches in Orel and Kaliningrad.

Since 1985, the dissertation council has been operating at the institute with the right to defend dissertations for the academic degrees of doctor and candidate of sciences in four specialties: 05.13.11, 05.13.13, 05.13.15 and 05.13.17. Since 1984, the institute has had a base department at MIREA (Moscow Institute of Radio Engineering, Electronics and Automation), where the institute's employees teach; many graduates of the department work at the IPI RAS.

Institute directors

• 1983 - 1988 - acad. B. N. Naumov (1927-1988);
• 1989 - 1998 - acad. I. A. Mizin (1935-1999);
• 1999 - present - acad. I. A. Sokolov (b. 1954)

Research directions

In 2007, the Institute's staff created an information and telecommunications system for the Russian banking system, in 2008 a unified data bank on the problems of combating terrorism was created, and software for virtual observatories is being developed.

Institute structure

Management

Deputy Director for scientific work- Doctor of Technical Sciences Budzko, Vladimir I.

Deputy Director - Tsygankov, Viktor Sergeevich.

Scientific divisions

The structure of scientific departments of the IPI RAS for 2016

• Department 11, Statistical problems of informatics and control.

Head otd. - Doctor of Technical Sciences Sinitsyn, Igor Nikolaevich.

• Laboratory 13, Information support technologies for scientific and technical activities.

Head lab. - Doctor of Geology and Mathematics, Professor Seiful-Mulyukov, Rustem Badrievich.

• Laboratory 14, Computational Linguistics and Cognitive Word Processing Technologies.

Head lab. - PhD in Philology Kozerenko, Elena Borisovna.

• Laboratory 15, Problems of informatization of education.

Head lab. - Ph.D. Khristochevsky, Sergei Alexandrovich.

• Department 16, Information technology structuring and data retrieval.

Head otd. - Doctor of Technical Sciences Zatsman, Igor Moiseevich.

• Department 17, Information technology management.

Head otd. - d.f.-m.s. Sinitsyn, Vladimir Igorevich.

• Laboratory 19, Information security.

Head lab. - d.f.-m.s. Grusho, Alexander Alexandrovich.

• Division 22, Architectures of advanced computer systems.

Head otd. - Ph.D. Stepchenkov, Yuri Afanasevich.

• Laboratory 23, Composite methods and tools for building information systems.

• Laboratory 24, Functional modeling and testing of microprocessor systems.

Head lab. - Ph.D. Zamkovets, Sergei Vsevolodovich.

• Laboratory 26, Applied internet systems.

Head lab. - Ph.D. Ilyushin, Gennady Yakovlevich.

• Laboratory 27, Problems of ensuring information security in information and telecommunication systems.

Head lab. - Doctor of Technical Sciences Budzko, Vladimir Igorevich.

• Division 28, Tools for creating applied software systems.

Head otd. - Ph.D. Adamovich, Igor Mikhailovich.

• Division 33, Problems of automation of information systems for special purposes.

Head otd. - Ph.D. Kozlov, Sergey Vitalievich.

• Laboratory 34, Methodological foundations informatization.

Head lab. - Doctor of Technical Sciences Ilyin, Vladimir Dmitrievich.

• Laboratory 35, Data mining and automated research support.

Head lab. - Ph.D. Zabezhailo, Mikhail Ivanovich.

• Division 45, System research of information and telecommunication systems.

Head otd. - Doctor of Technical Sciences Bystrov, Igor Ivanovich.

Academician A. A. Kharkevich. In November 2004 the Institute was named after him.

Tasks

The main goal of the Institute is to carry out fundamental scientific research and applied developments in the field of transmission, distribution, information processing and control in technical and living systems.

The main directions of scientific activity of the Institute are:

• theory of transmission and protection of information;
• mathematical theory of information and control, multicomponent random systems;
• information and communication technologies and their application in complex systems and networks;
• information processes in living systems and bioinformatics;

The Institute organizes annual conferences:

• Information technologies and systems - a conference of young scientists and specialists of IPTP RAS;
• International Workshop on Wireless Access Flexibility - a conference dedicated to wireless networks.

Employees

• 1978 - Grigory Aleksandrovich Margulis;
• 1998 - Maxim Lvovich Kontsevich;
• 2006 - Andrey Yurievich Okunkov.

Since January 2017, the director of the Institute is Andrei Nikolaevich Sobolevsky, Doctor of Physical and Mathematical Sciences, Professor of the Russian Academy of Sciences (acting since February 2016).

Young scientists of IPTP RAS have repeatedly become laureates of awards different levels :

Anton Kiryanov, Artem Krasilov and Alexander Krotov - Laureates of the Moscow Government Prize for young scientists in the field of information and communication technologies, 2018

Anton Grigoriev, Timur Khanipov and Elena Kuznetsova in the Automotive and railway transport and infrastructure" for the development and implementation of a vehicle classification system (2015)

Alexander Gaifullin in the nomination "Mathematics, Mechanics and Informatics" for a number of important discoveries in the field of algebraic topology and combinatorial geometry (2014)

Famous popularizers of science Mikhail Gelfand and Alexander Panchin work at the Institute.

Work with students

The educational structure of the IPTP RAS includes:

PhD

Postgraduate studies have been working at the IPTP RAS since its foundation and existed even when the Institute was the Laboratory for the Development scientific problems wired connection. During this time, several hundred candidates of sciences have been trained, who work in various regions of our country and abroad.

The training of scientific and pedagogical personnel for postgraduate programs is carried out at the IPTP RAS on the basis of the License of the Ministry of Education and Science of the Russian Federation. In 2019, according to the results of the accreditation examination of Rosobrnadzor, PhD programs have state accreditation for:

Direction: 01.06.01-Mathematics and mechanics

• differential equations, dynamical systems and optimal control - 01.01.02 specialty passport
• geometry and topology - 01.01.04 specialty passport
• probability theory and mathematical statistics - 01.01.05
• mathematical logic, algebra and number theory - 01.01.06

Direction: 02.06.01 - Computer and information sciences

• discrete mathematics and mathematical cybernetics - 01.01.09

Direction: 06.06.01-Biological Sciences

• mathematical biology, bioinformatics - 03.01.09

Direction: 09.06.01-Informatics and Computer Engineering

Prof following directions and profiles or:

• theoretical basis informatics - 05.13.17
• mathematical modeling, numerical methods and software packages - 05.13.18
• system analysis, management and information processing - 05.13.01 specialty passport

Direction: 11.06.01-Electronics, radio engineering and communication systems

• telecommunication systems, networks and devices - 05.12.13

As a rule, PhD students are supervised by Doctors of Science: heads of laboratories and leading specialists of the Institute.

Head department: academician of the Russian Academy of Sciences, professor Kuleshov Alexander Petrovich

Deputy head Department: Candidate of Physical and Mathematical Sciences, Associate Professor Burnaev Evgeny Vladimirovich

Base organization: Institute for Information Transmission Problems of the Russian Academy of Sciences and DATADVANCE

Department of Predictive Modeling and Optimization trains specialists in the field of predictive modeling and optimization. This new scientific direction, lying at the intersection of applied mathematics and information technology, is in high demand by leading technology companies. In Russia, the theoretical foundations of predictive modeling and optimization are being developed

and their practical implementation -

joint Russian-French company DATADVANCE.

The predictive modeling and optimization technology developed by DATADVANCE, as well as its engineering applications, is used by the world's largest high-tech companies (for example, Airbus aircraft manufacturer, IHI heavy machinery corporation, etc.). One of the co-founders of DATADVANCE is EADS (European Aeronautic Defense and Space Company - the largest European corporation in the aerospace industry with an annual turnover of about 43 billion euros). At the end of 2010, DATADVANCE became one of the first participants in the Skolkovo Innovation Center project.

The Institute for Information Transmission Problems of the Russian Academy of Sciences was established in 1961 on the initiative of Academician A.A. Kharkevich to develop the theory of information transmission and its applications, solve fundamental issues of building telecommunication networks and systems, and develop methods for automatic recognition.

A unique team of highly qualified scientists has been formed at the IPTP RAS, bringing together mathematicians, physicists, biologists, engineers and linguists, which allows them to conduct both applied and fundamental research at the intersection of different sciences. IPTP RAS is part of the Department of Nanotechnology and Information Technology of the Russian Academy of Sciences and conducts scientific research in the following areas:

• theory of transmission, protection and processing of information,
• development of information systems and software systems for information processing,
• mathematical theory of information and control, multicomponent random systems,
• computational linguistics and natural language modeling,
• information processes in living systems (bioinformatics),
• and etc.

IPTP RAS throughout the entire period of its existence, i.e. more than 40 years, has been holding leading positions in the world scientific community in the field of information transmission and processing theory. Three employees of the Institute in 1978, 1998 and 2006, respectively, were awarded the highest prize in the field of mathematics - they were awarded the Fields gold medal. No less important is the fact that the theoretical developments are used by the Institute's staff to solve practical problems. The largest Russian and foreign companies and departments often act as customers for the work: the Ministry of Defense of the Russian Federation, Airbus, Eurocopter, IHI, etc.

In the field of predictive modeling and optimization, scientists of the Institute, in collaboration with other institutes of the Russian Academy of Sciences, under the leadership of the Director of the IPTP RAS, Corr. RAS, prof. Kuleshova A.P., developed the theoretical foundations of original methods for constructing metamodels with high computational efficiency and the required accuracy, as well as methods of multidisciplinary optimization.

Metamodels are mathematical models based on data - the results of natural and / or computational experiments conducted with various objects of the class under consideration, with minimal involvement of knowledge from the subject area (physics of processes). In other words, models are “learned” from a set of prototypes of input and output data and actually imitate (replace) both data sources based on some initial model, and the models themselves, created on the basis of studying the physics of processes. The use of metamodeling approaches developed at the Institute in multidisciplinary optimization has significantly accelerated calculations, while reducing the number of expensive full-scale/computational experiments.

The developed methods of predictive modeling and optimization make it possible to effectively solve the problems of creating and developing complex engineering systems of a modern level (for example, passenger aircraft).

The development of the theoretical developments of the IPTP RAS in the field of predictive modeling and optimization, their implementation in commercial software products, implementation and subsequent support is carried out by the DATADVANCE company, one of the co-founders of which was the EADS concern. EADS is the sole shareholder of Airbus S.A.S., a manufacturer of passenger, cargo and military transport aircraft. The concern also owns Eurocopter (helicopters), Astrium (satellites, rockets), etc.

Scientific research and subsequent software development are carried out by DATADVANCE in Russia (Moscow). Direct work with customers (performing applied engineering work and training the customer to work with the software) takes place in France (Toulouse), where DATADVANCE also has an office.

The backbone of DATADVANCE are graduates of Moscow Institute of Physics and Technology and Moscow State University. In particular, the technical director of DATADVANCE is a 2005 graduate of the Moscow Institute of Physics and Technology, Candidate of Physical and Mathematical Sciences, Morozov S.M.

One of the key success factors for both the IPTP RAS and DATADVANCE is the presence of talented, motivated and well-trained young professionals in their staff. That is why the Department of Applied Mathematics and Control of the Moscow Institute of Physics and Technology opened the basic department of predictive modeling and optimization, which is focused on modern and promising areas of applied mathematics and information technology.

Training at the basic department of predictive modeling and optimization is conducted in the direction of "Data Mining" and includes the study of:

• modern methods applied mathematical statistics and data analysis (multivariate statistics, problems of classification, dimensionality reduction and forecasting, etc.),
• methods for processing signals of various nature (video, audio, signals in wildlife),
• theory and methods of optimization,
• architectures and organization of computing systems,
• software design and development methodologies,
• etc.

As a result of training, the student receives:

• in-depth knowledge of theoretical and applied mathematical statistics and data analysis,
• basic knowledge in the field of constructing and analyzing computational algorithms, planning and conducting computational experiments (in particular, the skills of active work with the main systems of computer mathematics),
• basic knowledge of programming technologies and design of software products and complexes.

Fundamental knowledge acquired by students allows them to be actively involved in the implementation of research and applied work both as part of the IPTP RAS team and in the DATADVANCE company. All students of the department receive an additional scholarship.

Research and production practice and subsequent work at DATADVANCE gives students the opportunity to apply their knowledge to solve complex and relevant engineering problems, work with colleagues from the world's leading research centers (for example, DLR, ONERA) and large Western companies (Airbus, Eurocopter , Mercedes), and at the same time receive a decent salary.

Recruitment to the Department of Predictive Modeling and Optimization is carried out on a competitive basis. While studying at the department, a student:

• Passes theoretical training in the field of data mining
• Passing an internship at DATADVANCE and/or at the laboratories of the IPTP RAS
• Gets valuable experience of real participation in international projects (for example, the European FP7 program), which are carried out, among other things, in the interests of the largest technology companies

Thus, studying at the department is

• Interesting work in the specialty and a decent salary of the "European" level
• Opportunity to "find" yourself both in theory (and focus on work in the laboratories of IPTP RAS) and in practice (and focus on work in DATADVANCE departments)
• Wide opportunities for scientific and professional growth
• Participation in international cooperation