Location-Aware Beamforming (LAB) in 5G and Beyond Ultra-Dense Networks (UDN) is an
actual step forward technology for millimeter wave (mmWave) communication. Directional …

Location-Aware Beamforming (LAB) is an actual and promising technology for alleviating
ongoing densification of stationary gNodeB (gNB) and mobile User Equipment (UE) …

This study is devoted to evaluating the accuracy characteristics of the tracking algorithm for
devices operating in ultra-dense radio access networks in the millimeter frequency range …

The necessity of using silica-based few-mode microstructured optical fibers with induced
longitudinal twisting (chirality) is experimentally substantiated. The case with a 6-core made …

A matrix receiver and a sub-Nyquist receiver are shown to provide the processing of the
largest number of time-superimposed pulses. In practice, still, the number of pulses' overlaps …

A mathematical model of an algorithm for determining the type of radar signal modulation in
an autocorrelation receiver has been developed. The limits of the applicability of the …

Estimation of the Computational Complexity of the Algorithm for Determining the Type of Signal
Modulation in the Autocorrelation Page 1 1655 978-1-6654-0476-1/21/$31.00 ©2021 IEEE …

Positioning of User Equipment (UE) in 5G Ultra-Dense Networks (UDN) promises significant
improvement in location accuracy estimation due to densification of Access Points (AP) …

The necessity of developing a multifunctional radar station for solving various tasks,
including environmental monitoring, is substantiated. The necessity has been established …

Optical fiber is widely used in data transmission systems because it can efficiently transmit
large amounts of information and has a dielectric nature. There are network architectures …