Determination of frequency dependencies of deciles of the signal-to-noise ratio

The level of signal and interference in the decameter range of radio waves is subject to significant random changes, which affects the reliability of radio communications. The reliability of radio communication in the decameter range is determined by the ratio of the average signal level to the nois...

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Main Authors: E. M. Grinev, V. P. Pashintsev, Yu. I. Galushko
Format: Article
Language:Russian
Published: North-Caucasus Federal University 2024-03-01
Series:Современная наука и инновации
Subjects:
Online Access:https://msi.elpub.ru/jour/article/view/1549
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author E. M. Grinev
V. P. Pashintsev
Yu. I. Galushko
author_facet E. M. Grinev
V. P. Pashintsev
Yu. I. Galushko
author_sort E. M. Grinev
collection DOAJ
description The level of signal and interference in the decameter range of radio waves is subject to significant random changes, which affects the reliability of radio communications. The reliability of radio communication in the decameter range is determined by the ratio of the average signal level to the noise level at the receiver input to its permissible value, which, in turn, depends on the selected operating frequency. Also an important indicator is the standard deviation (standard deviation) of the signal-tonoise ratio at the receiver input. The latter is considered to be a constant value and is 14 dB. Nevertheless, according to experimental data, the standard deviation (RMS deviation) of the ratio of signal power to noise power at the receiver input in the decameter range may vary depending on frequency, which may affect the accuracy of communication reliability calculations.
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publisher North-Caucasus Federal University
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series Современная наука и инновации
spelling doaj-art-e4a9900996d64aca92506ecb6efaaab72025-08-20T02:49:26ZrusNorth-Caucasus Federal UniversityСовременная наука и инновации2307-910X2024-03-0104253110.37493/2307-910X.2023.4.31520Determination of frequency dependencies of deciles of the signal-to-noise ratioE. M. Grinev0V. P. Pashintsev1Yu. I. Galushko2North-Caucasus Federal UniversityNorth-Caucasus Federal UniversityStavropol State Agrarian UniverisityThe level of signal and interference in the decameter range of radio waves is subject to significant random changes, which affects the reliability of radio communications. The reliability of radio communication in the decameter range is determined by the ratio of the average signal level to the noise level at the receiver input to its permissible value, which, in turn, depends on the selected operating frequency. Also an important indicator is the standard deviation (standard deviation) of the signal-tonoise ratio at the receiver input. The latter is considered to be a constant value and is 14 dB. Nevertheless, according to experimental data, the standard deviation (RMS deviation) of the ratio of signal power to noise power at the receiver input in the decameter range may vary depending on frequency, which may affect the accuracy of communication reliability calculations.https://msi.elpub.ru/jour/article/view/1549short-wave radio linetypes of radio interferencestandard deviationlower decileupper decile
spellingShingle E. M. Grinev
V. P. Pashintsev
Yu. I. Galushko
Determination of frequency dependencies of deciles of the signal-to-noise ratio
Современная наука и инновации
short-wave radio line
types of radio interference
standard deviation
lower decile
upper decile
title Determination of frequency dependencies of deciles of the signal-to-noise ratio
title_full Determination of frequency dependencies of deciles of the signal-to-noise ratio
title_fullStr Determination of frequency dependencies of deciles of the signal-to-noise ratio
title_full_unstemmed Determination of frequency dependencies of deciles of the signal-to-noise ratio
title_short Determination of frequency dependencies of deciles of the signal-to-noise ratio
title_sort determination of frequency dependencies of deciles of the signal to noise ratio
topic short-wave radio line
types of radio interference
standard deviation
lower decile
upper decile
url https://msi.elpub.ru/jour/article/view/1549
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AT vppashintsev determinationoffrequencydependenciesofdecilesofthesignaltonoiseratio
AT yuigalushko determinationoffrequencydependenciesofdecilesofthesignaltonoiseratio