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DNN Beamforming for LEO Satellite Communication at Sub-THz Bands
Rajnish Kumar,
Shlomi Arnon
Department of Electrical & Computer Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
4
Scopus citations
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Keyphrases
Deep Neural Network
100%
Sub-THz Band
100%
LEO Satellite Networks
100%
Network Beamforming
100%
Beamformer
75%
Wideband
50%
Ground Station
50%
LEO Satellite
50%
Massive Array
50%
Phase Shifter
25%
Transceiver
25%
Robust Design
25%
Artificial Intelligence
25%
Increased Demand
25%
Antenna Array
25%
True Time Delay
25%
High Performance Work Systems
25%
Satellite Applications
25%
Antenna Element
25%
Compact Design
25%
Signal Processing Algorithms
25%
Array Beamforming
25%
Rapid Movement
25%
Wideband Signal
25%
Angle of Arrival
25%
Sub-THz Frequencies
25%
Application Communication
25%
Advanced Communication Technologies
25%
6G Communication Systems
25%
Engineering
Deep Neural Network
100%
Beamforming
100%
Network Beamformer
50%
Artificial Intelligence
25%
Phase Shifters
25%
Information Technology
25%
Communication System
25%
Transceiver
25%
Robust Design
25%
Processing Algorithm
25%
Delay Time
25%
Data Rate
25%
Beamformer
25%
Increasing Demand
25%
Antenna Element
25%
Angle-of-Arrival
25%