Location-and orientation-aided millimeter wave beam selection using deep learning
S Rezaie, CN Manchón… - ICC 2020-2020 IEEE …, 2020 - ieeexplore.ieee.org
Location-aided beam alignment methods exploit the user location and prior knowledge of
the propagation environment to identify the beam directions that are more likely to maximize …
the propagation environment to identify the beam directions that are more likely to maximize …
Location-and Orientation-Aided Millimeter Wave Beam Selection Using Deep Learning
S Rezaie, CN Manchon, E De Carvalho - 2020 IEEE International …, 2020 - vbn.aau.dk
Location-aided beam alignment methods exploit the user location and prior knowledge of
the propagation environment to identify the beam directions that are more likely to maximize …
the propagation environment to identify the beam directions that are more likely to maximize …
[PDF][PDF] Location-and Orientation-Aided Millimeter Wave Beam Selection Using Deep Learning
S Rezaie, CN Manchón, E de Carvalho - core.ac.uk
Location-aided beam alignment methods exploit the user location and prior knowledge of
the propagation environment to identify the beam directions that are more likely to maximize …
the propagation environment to identify the beam directions that are more likely to maximize …
[PDF][PDF] Location-and Orientation-Aided Millimeter Wave Beam Selection Using Deep Learning
S Rezaie, CN Manchón, E de Carvalho - vbn.aau.dk
Location-aided beam alignment methods exploit the user location and prior knowledge of
the propagation environment to identify the beam directions that are more likely to maximize …
the propagation environment to identify the beam directions that are more likely to maximize …