An SSB-based sensing-assisted predictive robust beamforming framework is proposed for high-mobility UAV communications in LAWN that replaces CSI feedback with sensing-driven state estimation and uncertainty-aware optimization to maximize average network sum-rate.
Robus t Power Allocation Designs for Multiuser and Multiantenna Downlin k Commu- nication Systems through Convex Optimization
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SSB-Based Sensing-Assisted Robust Beamforming for High-Mobility UAV Communications in LAWN
An SSB-based sensing-assisted predictive robust beamforming framework is proposed for high-mobility UAV communications in LAWN that replaces CSI feedback with sensing-driven state estimation and uncertainty-aware optimization to maximize average network sum-rate.