Исследование взаимной корреляции спектральных составляющих кавитационного шумаМинчук, В.С.,
Перхунова, А.Ю.,
Гаврилюк, В.С.,
Дежкунов, Н.В.,
Minchuk, V.S.,
Perkhunova, A.Yu.,
Gavrilyuk, V.S.,
Dezhkunov, N.V. components of cavitation
noise (CN), in particular, the
fundamental
frequency, i. e.
frequency f₀
Evaluation of the signal-to-noise ratio in 5G wireless access networksThe communication scenarios arising in communication networks of millimeter
frequency range
Method of Forming Channel Signals with Zero Energy in a Given Frequency Range of Final DurationMethod of Forming Channel Signals with Zero Energy in a Given
Frequency Range of Final Duration
Investigation of structure of noise component in molecular spectra. It was shown that the low-
frequency noise component predominates. The Hurst index is from 0.6 to 0