A polarization-aware channel model and fractional programming framework for sub-connected 6DMA hybrid beamforming achieves higher simulated sum rates than fixed, position-only, and orientation-only baselines.
On spatial multiplexing of strong line-of- sight MIMO with 3D antenna arrangements,
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6DMA-Aided Hybrid Beamforming with Joint Antenna Position and Orientation Optimization
A polarization-aware channel model and fractional programming framework for sub-connected 6DMA hybrid beamforming achieves higher simulated sum rates than fixed, position-only, and orientation-only baselines.