OFDM-based wideband hybrid beamformer for mmWave massive MIMO multiuser 5G systems
FF Shareef, MJ Al-Kindi - Bulletin of Electrical Engineering and Informatics, 2023 - beei.org
Employing massive antennas array at the user terminals can be feasible by using millimeter
wave (mmWave) transmission which significantly reduce the antennas array size. The …
wave (mmWave) transmission which significantly reduce the antennas array size. The …
Wideband hybrid precoder for mmWave multiuser MIMO-OFDM communications
FF Shareef, MJ Al-Kindi - Bulletin of Electrical Engineering and Informatics, 2022 - beei.org
Using millimeter wave (mmWave) transmission for massive multiple input multiple output
(MIMO) system can improve system performance and effectively reduce the size of the …
(MIMO) system can improve system performance and effectively reduce the size of the …
[PDF][PDF] Performance Enhancement of Beamforming for Intelligent Mmwave Massive MIMO for 5G
FF Shareef - 2023 - researchgate.net
Deploying massive antennas array, more than 64 antennas, may be infeasible especially for
user terminals due to the required physical area for antennas array implementation and the …
user terminals due to the required physical area for antennas array implementation and the …
Evaluation of Antenna Placement in Urban-Road Scenarios on Beam Alignment of 5G Millimeter-Wave Small Cells
I Surahmat - 4th International Conference on Sustainable …, 2021 - atlantis-press.com
The use of millimeter-wave for 5G connections seems ready to be implemented. The high-
path loss problem as a consequence is solved by the use of antenna arrays and the …
path loss problem as a consequence is solved by the use of antenna arrays and the …