A configuration framework for rotary and movable antenna arrays in high-speed rail MIMO, with a spacing formula and differential-evolution angle optimization, reports simulated capacity gains up to 1.4x.
Spatial multiplexing in near-field line-of-sight MIMO commu- nications: Paraxial and non-paraxial deployments,
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Performance Analysis of XL-MIMO with Rotary and Movable Antennas for High-speed Railway
A configuration framework for rotary and movable antenna arrays in high-speed rail MIMO, with a spacing formula and differential-evolution angle optimization, reports simulated capacity gains up to 1.4x.