Gennady Grigorevich Galustov 

+7(904) 501-15-25

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Personal page in Russian:

https://sfedu.ru/person/-3000323

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https://sfedu.ru/en/person/-3000323

Research interests:

Doctor of technical Sciences, Professor. Head of the Department "of radio Receivers and television." 

        Given in the analysis of work of the generator with the use of probabilistic binary element and a shift register allowed us to obtain an analytical relationship between the correlation function of random binary sequences with correlation function of a random numerical sequence received in the shift register at a certain number of shifts of the binary sequence.

Analytical dependences can help in evaluating the statistical characteristics of the processes in solving problems of statistical modeling, it is speculated that the formation of the binary sequence output from the binary probabilistic element is produced using a physical noise process. If it uses pseudo-random noise signal, the higher-order moments of the numerical sequence from the outputs of the shift register can not be of a Gaussian nature and this may lead to bias of estimated torque characteristics.

Field of study "radio engineering".

Research projects:

The project aims to increase the competitive ability of SFU through the creation of educational scientific innovative complex (UNIK) for the development of research, training and hardware and software at the problem "of Designing information systems at the signal level". There are currently a fairly well developed mathematical apparatus for analysis and synthesis of information systems, however, the design needs to take into account the multidimensional picture of the factors, visible of which defies formalization and presents the experience of the developers and the needs of the customer. This project is to develop a methodology of this kind it is difficult to formalize data.
The novelty of the planning approach to design information systems at the signal level is to use the theory of fuzzy sets for optimizing the efficiency of designed systems, it becomes possible to use substructuring expert information.

The novelty of the planned approach to the design of information systems at the signal level is to use fuzzy set theory to optimize the efficiency of the designed systems, is it possible to use semi-structured expert information.

Teaching:

• 1. "Mathematical modeling of radio engineering devices and systems".
• 2. "Measurement and estimation of parameters of the processes
• 3. "Automated data processing"
• 4. "Radio engineering circuits and signals" (spec. sections).
• 5. "Digital TV".
• 6. "Fundamentals of television".