Svetlana Valentinovna Kucheryavenko
+7(863) 437-16-32
Associate Professor
Institute of Radioengineering Systems and Control
Research interests:
Modern phones
Digital communication network. Voice over ip-networks
Digital automatic telephone exchanges. ip telephone exchange: VoIP
Wireless data transmission
Problems of micro-Doppler radar signal effects from the flying object
Broadband access
Transmitting Image in 3D Wireless Channel using Adaptive Algorithm Processing with MMSE based on MIMO principles
Fedosov, V.P., Jameel, J.S., Kucheryavenko, S.V.
Journal of Physics: Conference Seriesthis link is disabled, 2021, 1973(1), 012131
Method for detecting violation at a pedestrian crossing using a convolutional neuaral network
Fedosov, V.P., Ibadov, S.R., Ibadov, R.R., Kucheryavenko, S.V.
Conference Proceedings - 2021 Radiation and Scattering of Electromagnetic Waves, RSEMW 2021this link is disabled, 2021, стр. 451;454
Analysis of an adaptive algorithm for processing space-time signals for image transmission based on 3D wireless channel model
Fedosov, V.P., Jameel, J.S., Kucheryavenko, S.V.
Conference Proceedings - 2021 Radiation and Scattering of Electromagnetic Waves, RSEMW 2021this link is disabled, 2021, стр. 443;446
Image reconstruction using the modified texture synthesis algorithm
Ibadov, R.R., Gapon, N.V., Ibadov, S.R., Kucheryavenko, S.V.
IOP Conference Series: Materials Science and Engineeringthis link is disabled, 2021, 1029(1), 012117
Research projects:
Construction of digital telephone communication networks. Voice over IP (VoP). Data transmission over ultra-wideband communication channel
Teaching:
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Telephone Switching Systems
Construction of telecommunication networks, telecommunication equipment. Skills for configuring and monitoring of telephone exchanges and equipment VoIP
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Signaling in telecommunication networks
Alarm systems in telephone networks, siglanizatsii protocols in telecommunications equipment. Skills for configuring and monitoring the different signaling protocols for analog lines, digital lines,VoIP
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Administration Basics LAN
Reads for the direction 11.03.02 Infocommunication technologies and communication systems. We consider: the principles of setting up network equipment, ip-addressing. Classes are conducted on the basis of the Cisco Networking Academy
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Optical and wired communication means, a telephone switching system
Reads for the direction 11.04.02 Infocommunication technologies and communication systems. It is considered: the construction of digital telephone networks, signaling protocols, the principles of routing in digital communication networks, the configuration and monitoring of digital telephone exchanges. Practical exercises are conducted on the basis of digital automatic telephone exchange "Proton-SSS"
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Fundamentals of Ultra location and communications
Reads for the direction 11.04.02 Infocommunication technologies and communication systems. It is considered: the construction of digital telephone networks, signaling protocols, the principles of routing in digital communication networks, the configuration and monitoring of digital telephone exchanges. Practical exercises are conducted on the basis of digital automatic telephone exchange "Proton-SSS"
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Teletraffic theory
The purpose of teaching the discipline is to master students' research methods of the probabilistic-temporal characteristics of telephone communication networks and their elements; mastering promising methods of analysis and synthesis of teletraffic systems; obtaining practical skills for calculating telephone systems and networks.
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Fundamentals of Chain Theory
Theory of linear electric circuits with lumped and distributed parameters in steady and transient modes. The simplest linear circuits with harmonic action. Single oscillating circuit. Frequency characteristics of the simplest electrical circuits. Non-linear resistive circuits. Methods for the analysis of transient processes in linear circuits with lumped parameters. Distributed chains (long lines).
