UNiFi-DLE uses physics-guided disentanglement and alignment of delay profiles to generalize frequency-domain channel extrapolation across near-field and far-field scenarios.
Deep learning assisted calibrated beam training for millimeter-wave communication systems
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A tutorial on HISAC showing how reconfigurable holographic surfaces enable cost-efficient ultra-massive MIMO for joint communication and sensing in 6G under hardware constraints.
citing papers explorer
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Unified Generalization for Frequency-Domain Channel Extrapolation Across Near-Field and Far-Field Scenarios
UNiFi-DLE uses physics-guided disentanglement and alignment of delay profiles to generalize frequency-domain channel extrapolation across near-field and far-field scenarios.
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Holographic Surface Enabled Integrated Sensing and Communications
A tutorial on HISAC showing how reconfigurable holographic surfaces enable cost-efficient ultra-massive MIMO for joint communication and sensing in 6G under hardware constraints.