In this paper, we describe a novel hybrid architecture for mm-wave beam-forming, which addresses the mm-wave specific propagation channel characteristics that ...
Abstract—Beam-forming at millimeter wave frequencies (mm- wave) is a key technology to fulfill the fifth generation (5G) high data rate requirements.
Beam-forming at millimeter wave frequencies (mmwave) is a key technology to fulfill the fifth generation (5G) high data rate requirements.
In this paper, we describe a novel hybrid architecture for mm-wave beam-forming, which addresses the mm-wave specific propagation channel characteristics that ...
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Design of a novel wide-angle Rotman lens beamformer for 5G mmWave ...
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Jan 13, 2024 · In this paper, a novel PCB-based wide-angle Rotman lens beamformer is designed, simulated, and successfully measured to meet the mentioned requirements for 5G ...
Missing: Polarimetric | Show results with:Polarimetric
Dupleich et al., “A Hybrid Polarimetric Wide-Band. Beam-Former Architecture for 5G mm-Wave Communica- tions,” IEEE Wksp. Smart Antennas, Mar. 2016. [9] R ...
Duration: 44:17
Posted: Aug 1, 2022
Posted: Aug 1, 2022
Missing: Hybrid Polarimetric
We propose a hybrid beam selection (HBS) scheme to utilize a multiple SBS scheme in beamspace MIMO-NOMA systems.
Missing: Polarimetric | Show results with:Polarimetric
Feb 8, 2022 · In this paper, we design spatial beamformers for the phased arrays already built into the FD basestation/relay to extend mmWave coverage to a single user.
Missing: Polarimetric | Show results with:Polarimetric
A millimeter wave multi-beam directional and full polarimetric agile front-end module for 5th generation of wireless communications is presented.