Two-timescale rotatable-antenna design derives closed-form rates for MRC and wZF under imperfect CSI and optimizes orientations via projected gradient, showing different preferred rotations for estimation error versus rate.
Wireless communication with cross-linked rotatable antenna array: Architecture design and rotation optimization
3 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 3representative citing papers
Jointly optimizing transmit covariance and per-antenna boresight directions under a zenith-angle cap gives substantial simulated capacity gains for rotatable-antenna MIMO.
Jointly optimizing transmit/receive rotatable-antenna orientations with beamforming and artificial noise improves secrecy rate in MIMO wiretap channels, extending RA-secure designs to MIMO and multicast.
citing papers explorer
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Two-Timescale Design for Rotatable-Antenna Systems With Imperfect CSI: Rate Analysis and Orientation Optimization
Two-timescale rotatable-antenna design derives closed-form rates for MRC and wZF under imperfect CSI and optimizes orientations via projected gradient, showing different preferred rotations for estimation error versus rate.
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Joint Transceiver Orientation Optimization for Rotatable-Antenna MIMO Capacity Maximization
Jointly optimizing transmit covariance and per-antenna boresight directions under a zenith-angle cap gives substantial simulated capacity gains for rotatable-antenna MIMO.
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Joint Transmit and Receive Antenna Orientation Design for Secure MIMO Communications
Jointly optimizing transmit/receive rotatable-antenna orientations with beamforming and artificial noise improves secrecy rate in MIMO wiretap channels, extending RA-secure designs to MIMO and multicast.