Airy beamforming with bending trajectories enables obstacle-avoiding multi-user access in near-field communications via hierarchical training and hybrid precoding without full CSI.
Breaking near-field communication barriers: Focused, curved, or Airy beamforming?
4 Pith papers cite this work. Polarity classification is still indexing.
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The work introduces a two-stage non-uniform polar codebook and a fast-scanning 1D codebook for Airy beam training that cut overhead by 54% and 93% respectively versus prior hierarchical methods while preserving spectral efficiency.
An analytical framework characterizes Airy beam propagation in near-field XL-MIMO, derives aperture and spacing constraints for distortion-free trajectories, and quantifies trade-offs versus Gaussian beams.
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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Hybrid Digital and Analog Airy Beamforming for Near-Field Multi-User Communications
Airy beamforming with bending trajectories enables obstacle-avoiding multi-user access in near-field communications via hierarchical training and hybrid precoding without full CSI.
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Efficient Airy Beam Training for Quasi-LoS Terahertz Near-Field Communications
The work introduces a two-stage non-uniform polar codebook and a fast-scanning 1D codebook for Airy beam training that cut overhead by 54% and 93% respectively versus prior hierarchical methods while preserving spectral efficiency.
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Analytical Framework of Airy Beams in Near-Field XL-MIMO: From Ideal Optics to Wireless Reality
An analytical framework characterizes Airy beam propagation in near-field XL-MIMO, derives aperture and spacing constraints for distortion-free trajectories, and quantifies trade-offs versus Gaussian beams.
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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.