Alexey Viktorovich Labyntsev
+7(863) 437-16-32
Senior researcher
Institute of Radioengineering Systems and Control
Associate Professor
Institute of Radioengineering Systems and Control
Research interests:
For works in TSURE-TTI yufu was the responsible executor and scientific supervisor of several research works. The work was carried out in the development of techniques for the analysis and synthesis of microstrip filters. Research interests lie in the same region and in the development of radio devices in the software environment of LabVIEW.
Research projects:
Innovative projects and research work currently underway in the development of methods of analysis and synthesis of microstrip filters (implemented by the user with one post-graduate student at the Department of Antennas and RPU) and the analysis of the characteristics of various electronic devices in the software environment LabVIEW, using NI technologies.
Teaching:
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Metrology, standardization and certification
Discusses the basic concepts of Metrology classification of errors, methods of processing of measurement results. Examines the methods and means of measurement of physical quantities, parameters and characteristics of electrical circuits and signals.
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Radio circuits and signals
Discusses spectral representation of periodic and non-periodic oscillations. We study the modulated oscillations. The theory of random processes. The passage of deterministic oscillations and random processes through a linear circuit. Nonlinear transformation of the oscillation - amplification, frequency multiplication, amplitude modulation and detection, generation of oscillations. The passage of random processes through nonlinear circuits. Matched filtering. Digital signals and digital filtering.
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Fundamentals of the theory of communication
Discusses spectral representation of periodic and non-periodic oscillations. We study the modulated oscillations. The theory of random processes. The passage of deterministic oscillations and random processes through a linear circuit. Nonlinear transformation of the oscillation - amplification, frequency multiplication, amplitude modulation and detection, generation of oscillations. The passage of random processes through nonlinear circuits. Matched filtering. Digital signals and digital filtering.
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The modeling of communication devices in LabVIEW
We study the graphical programming language LabVIEW. You develop applications in LabVIEW, allowing a deep study and illustrate the basic principles of radio engineering and theory of communication: the relationship between temporal and spectral diagram of oscillation, basics of filtering, correlation analysis, obtaining and detecting of the modulated fluctuations.
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Mathematical foundations of modeling of circuits and signals
We study mathematical methods for the description of the main characteristics of electric oscillations and radio circuits.With the involvement of the graphic language LabVIEW creates applications that allow you to explore relationships between different input and output characteristics of signals at the inputs and outputs of different linear and nonlinear circuits.
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NI technology in the radio
Studied technology and equipment National Instruments, used to solve various problems in the field of radio engineering and communication.Using boards I / o and connector panels on the basis of the software environment LabVIEW creates applications that allow you to place in a computer memory and subjected to processing the actual signal fed to the computer with an external generator. Solved the reverse problem - the creation of virtual devices in computer allowing to generate any conceivable signals and output them through a DAC for output connecting panel, thereby getting a real analog signal of any given shape.
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The graphical programming language LabVIEW
We study the graphical programming language LabVIEW.
You develop applications in LabVIEW, allowing a deep study and illustrate the basic principles of radio engineering and theory of communication: the relationship between temporal and spectral diagram of oscillation, basics of filtering, correlation analysis, obtaining and detecting of the modulated fluctuations.
