Derives beam squint boundaries for U6G XL-MIMO and proposes channel slicing precoding that mitigates the effect per path and improves spectral efficiency in simulations.
Prospective multiple antenna technologies for beyo nd 5G
2 Pith papers cite this work. Polarity classification is still indexing.
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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.
citing papers explorer
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Wideband Precoding for U6G XL-MIMO Systems: Beam Squint Boundaries and Channel Slicing
Derives beam squint boundaries for U6G XL-MIMO and proposes channel slicing precoding that mitigates the effect per path and improves spectral efficiency in simulations.
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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.