Research & development

Main Scientific Directions

• Optimal signal processing in telecommunication channels,
• Electromagnetic compatibility and electromagnetic safety of information and transmission systems,
• Electromagnetic analysis of UHF (ultra high frequencies), EHF (extreme high frequencies) and optical wave-guiding structures,
• Simulation modeling of information and telecommunication systems,
• Problems of higher school.

Main scientific Achievements

• The adaptive system of high-speed serial transmission of discrete messages via channels with inter pulse interference,
• Generalized maximum likelihood algorithm for element wise reception of discrete messages with unrestricted delay,
• A number of algorithms for combined demodulation and super precision decoding in channels with inter pulse interference,
• A number of algorithms for successive decoding of block and high accuracy codes in channels with inter pulse interference,
• A number of algorithms for discrete messages reception for different communication channels,
• Algorithm for reconstruction of radar images,
• A number of algorithms for parameter estimation of random signals fields and disturbances (noise) in time –multiplexed telecommunication channels,
• Algorithm for amplitude signal selection,
• Algorithm for optimal non-linear signal processing in solitonic telecommunication systems.

The scientists of PGATI also:

• created the theory of electromagnetic monitoring, on the bases of which there was developed the system of automated forecasting of electromagnetic environment near the objects with radio communication, radio broadcasting and television equipment,
• conducted expertise of a large number of objects in dozens of towns and cities in Russia and CIS countries,
• introduced active and passive means of human and environment protection from harmful influence of electromagnetic fields,
• carried out the comparative analysis of electromagnetic emission rate of artificial and natural occurrence from the point of view of environmental impact,
• developed the probabilistic evaluation method of electromagnetic safety,
• developed suggestions on non threshold electromagnetic emission level rating taking into account ecological criteria,
• developed numerical and analytical approach regarding estimation of stripe geometry and slotted wave guiding structures with multilevel conductors distribution,
• suggested a new class of transmission lines and resonators and developed related mathematical models,
• developed electrodynamic models for planar structures,
• developed new method of signal filtering and signal amplification on the basis of high-temperature superconductors and semiconductors,
• developed new methods of impulse parameter management in neuro structures.

As part of the agreement between the RF and the US governments on provision of safe and reliable terms of transportation, storage and destroying of nuclear weapons, the Laboratory of Scientific and Applied Television (as official executor on agreement with Scientific Research Institution of Atomic Reactors ) performs development and implementation of high information observation plans, technological control and registration using modern achievements in the field of television, technical means of image analysis and processing.

Scientific Partners

PSATI is an establisher of scientific organization – The Academy of Telecommunication and Informatics (ATI), which unites scientists and leading experts who promote the development of telecommunication and informational support.

The Academy is one of co-founders and active participants of international scientific forums:

•The current state and developments prospects on info communications ”;
•Physics and technical applications of wave processes”.
•The problems of management and modeling in complex systems”;
Pr•oblems of telecommunication means and technologies”.

The Academy was awarded by a number of prestigious international and national exhibitions:

• LIV World Showroom of Innovations, Scientific Research and New Technologies “Brussels – Eureka - 2005 ” - 1 gold medal and two diplomas;
• Third Fair of business angels”Russian capital to Russian innovations ” - 3 diplomas;
• Seventh International exhibition-forum “Info-Communications of Russia - 21st century” “INFOCOM-2007” - 2 diplomas.

PGATI representatives work in Expert Council of RF Ministry of Education; in Russian National Comity of Non-ionizing Radiation Protection and in other international and national organizations.

ATI includes more than 120 academicians, corresponding members and professors of Russia. PSATI and ATI publish research and technology journal “Information Technologies”. PSATI is also co-founder of the journal “Physics of Wave Processes and Radio Engineering systems”.