Flexible coupler antennas use repositionable passive elements for mechanical beamforming to achieve capacity gains and cost reductions in wireless networks.
Distributed channel estimation and optimization for 6D movable antenna: Unveiling directional sparsity,
4 Pith papers cite this work. Polarity classification is still indexing.
4
Pith papers citing it
years
2026 4verdicts
UNVERDICTED 4representative citing papers
Distributed two-timescale design for joint short-term precoder optimization and long-term 6DMA rotation updates in multi-cell systems using inter-cell interference power constraint coordination to maximize average weighted sum-rate.
A new rotatable coupler antenna (RCA) is modeled via multi-port circuit theory and its 3D coupler rotations are optimized to maximize received SNR in a point-to-point link.
Rotatable antennas at base stations mitigate inter-cell mixed near- and far-field interference in multi-cell systems, yielding higher sum rates through closed-form analysis for single-user cells and a double-layer optimization algorithm for multi-user cells.
citing papers explorer
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Flexible Coupler Antenna for Wireless Networks: Opportunities and Challenges
Flexible coupler antennas use repositionable passive elements for mechanical beamforming to achieve capacity gains and cost reductions in wireless networks.
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Multi-Cell 6DMA: Cooperative Interference Management and Antenna Rotation Optimization
Distributed two-timescale design for joint short-term precoder optimization and long-term 6DMA rotation updates in multi-cell systems using inter-cell interference power constraint coordination to maximize average weighted sum-rate.
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Rotatable Coupler Antenna Enhanced Wireless Network: Modeling and Coupler Rotation Optimization
A new rotatable coupler antenna (RCA) is modeled via multi-port circuit theory and its 3D coupler rotations are optimized to maximize received SNR in a point-to-point link.
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Rotatable Antenna Enabled Multi-Cell Mixed Near-Field and Far-Field Communications
Rotatable antennas at base stations mitigate inter-cell mixed near- and far-field interference in multi-cell systems, yielding higher sum rates through closed-form analysis for single-user cells and a double-layer optimization algorithm for multi-user cells.