Generalized model of a satellite information transmission channel using Nyquist shaping filters
... filter eliminates intersymbol interference. The gain in the signal-to-noise ratio (SNR), at which the set value of the bit error rate (BER) is achieved, can be up to 9 dB when the rounding factor of the Nyquist filter is reduced from 0.9 to 0.3.
Volkhonskaya E. V., Korotey E. V., Vlasova K. V.
satellite channel, Nyquist filter, intersymbol interference, bit error rate, signal-to-noise rate
53-59
Model researches of a single-mirror antenna with a dual-band log-periodic irradiator directional properties in MathCAD
... EMFs and theory of electric circuits with distributed parameters. The results of the research showed the adequacy of the constructed model and the compliance of the directional properties of the mirror antenna with the requirements imposed on them.
Volkhonskaya E.V., Korotey E.V., Vlasova K.V.
mirrorantenna, log-periodic antenna, dual-band irradiator, radiation characteristics.
88-95
A sample assessment of the constellation form influence on noise immunity for reception of the QAM-8 radio signal in the Matlab environment
... законом распределения // Наука и образование: новое время. 2017. № 3. URL:
https://articulus-info.ru/wp-content/uploads/2017/05/3_2017o_Bratulin-Pimenov-Tinaev.pdf
(дата обращения: 19.06.2018).
Volkhonskaya E. V., Korotey E. V., Rushko M. V.
quadrature amplitude modulation, signal constellation, noise stability, radio signal, SNR
23-29
Model studies of the optimization procedure for the design parameters of the log-periodic C-band antenna
... Патент Российской Федерации № 2571607, МПК H01Q 11/10, опубликован 20.12.2015.
5. Проектирование полосковых устройств СВЧ : учебное пособие. Ульяновск, 2001.
Volkhonskaya E., Nikishin M.
logoperiodic antenna, optimization, design parameters, symmetrical vibrators, directional diagram
48-52
Evaluation of error probability in determining of reception time of RZS in the presence of white noise
... Радиотехнические цепи и сигналы : учебник для вузов. М.,1988.
4. Перов А. И. Статистическая теория радиотехнических систем : учеб. пособ. М., 2003.
Volkhonskaya E., Korotey E., Vlasova K.
radio probing signal, base of radio signal, coordinated filtering, reception time (of signal).
93-100
Model evaluation of the directed properties of rectangular loops
... рамочных антенн // Радио.1959. Вып. 4. С. 31—32.
8. Харченко К. П. УКВ антенны. М., 1969.
9. Драбкин А. Л., Зузенко В. Л. Антенно-фидерные устройства. М., 1961.
Volkhonskaya E., Korotey E., Goza N.
field pattern, loop, effective length, directivity, radiation resistance
108-114
A comparative evaluation of the correlation analysis and maximum likelihood method resolution in the reception of phase-shift keying signals based on Barker codes
... судовых локационных и навигационных устройствах : отчет о НИОКР (промеж.) / БГАРФ ФГБОУ ВПО КГТУ ; рук. Е. В. Волхонская. Калининград, 2014.
Volkhonskaya E., Korotey E., Vlasova K
phase-shift keying signal, Barker’s code, correlation analysis, maximum likelihood method, resolution
56-61
Evaluation of noise stability reception FSK-signal by quadrature reception device
..., Волхонская Е. В., Иванов Е. В. Устройство квадратурного приема частотно-манипулированных сигналов : пат. на изобретение. № 2425457 от 27.07.2010.
Volkhonskaya E. V., Korotey E. V., Ivanov E. V.
frequency manipulation, unbounded receiving, noise stability, bit error ratio.
89-93