Rotatable antenna arrays with joint optimization of pose and boresights achieve higher weighted sum-rates than fixed-array or single-adjustment baselines by enhancing channel orthogonality and gain alignment.
Movable-antenna enhanced multiuser communication via antenna position optimization
4 Pith papers cite this work. Polarity classification is still indexing.
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Joint optimization of movable subarray positions and hybrid beamforming via BD digital precoding and SIC-based analog design yields higher spectral efficiency than fixed-position antenna baselines in MU-MIMO simulations.
Joint shape-position optimization using an equilateral triangular movable region minimizes CRB and enhances 2D DOA estimation performance in movable antenna systems.
Movable antenna arrays on multiple UAVs, optimized via HDBSCAN clustering and soft actor-critic reinforcement learning, increase total communication rates in dynamic ISAC systems while meeting sensing SNR constraints.
citing papers explorer
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Beyond Beamforming: Phase-and-Gain Channel Shaping via Rotatable Antenna Arrays
Rotatable antenna arrays with joint optimization of pose and boresights achieve higher weighted sum-rates than fixed-array or single-adjustment baselines by enhancing channel orthogonality and gain alignment.
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Hybrid Beamforming for Subarray-Level Movable Antenna Enhanced MU-MIMO Communications
Joint optimization of movable subarray positions and hybrid beamforming via BD digital precoding and SIC-based analog design yields higher spectral efficiency than fixed-position antenna baselines in MU-MIMO simulations.
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Joint Shape-Position Optimization Enhanced 2D DOA Estimation in Movable Antenna Systems
Joint shape-position optimization using an equilateral triangular movable region minimizes CRB and enhances 2D DOA estimation performance in movable antenna systems.
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Movable Antenna-Enabled Integrated Sensing and Communication in Low-Altitude UAV Networks
Movable antenna arrays on multiple UAVs, optimized via HDBSCAN clustering and soft actor-critic reinforcement learning, increase total communication rates in dynamic ISAC systems while meeting sensing SNR constraints.