A copula-based attention time-series model reconstructs unobserved port signals in FAMA systems from random partial observations, reaching NMSE of order 10^{-4} when observed ports exceed spatial DoF under rich and finite-scattering channels.
Design and implementation of mmWave surface wave enabled fluid antennas and experimental results for fluid antenna multiple access
10 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
representative citing papers
LLMs optimize genetic algorithm operations and create a new heuristic AutoPort for port selection and beamforming in fluid antenna systems to maximize min SINR, achieving near-optimal performance in simulations.
Metasurface-based fluid antennas outperform conceptual fluid antennas in interference-heavy multi-user scenarios by exploiting projection onto the interference null space.
Derives exact closed-form BLER and rate for FAS-enabled HRLLC with switching delay, proves strict unimodality in port dimension for reliability/rate/energy efficiency, and characterizes a switching-delay threshold for gains over fixed-position antennas.
Introduces CPSC-FAMA: a codebook-driven uplink scheme where UEs independently match ports to local channels and the BS projects signals without needing global CSI or joint optimization.
Closed-form outage analysis and fairness optimization for spatially correlated FAS-enabled RSMA in multiuser MISO systems, showing up to 92% OP reduction versus fixed antennas.
Proposes FAHM receiver using analog combining and a port-selection stopping criterion that achieves comparable performance to fully-digital multiport schemes with only 2 RF chains and over 60% computational reduction in multiuser FAMA.
FAS-RSMA lowers outage probability and raises average capacity by using fluid antennas to improve the weakest effective channel and reduce relative interference impact in RSMA under imperfect CSIT.
Derives closed-form outage probability for a SIM-assisted FAS model using BDMA and optimizes phase shifts to minimize outage with numerical validation.
A survey and tutorial on reconfigurable antennas for 6G networks covering fluid, movable, pinching, and holographic antennas with channel modeling, performance analysis, resource allocation, and open challenges.
citing papers explorer
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Fast Fluid Antenna Multiple Access
A copula-based attention time-series model reconstructs unobserved port signals in FAMA systems from random partial observations, reaching NMSE of order 10^{-4} when observed ports exceed spatial DoF under rich and finite-scattering channels.
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LLM-Enabled Automated Algorithm Design for Multiuser Fluid Antenna Communications
LLMs optimize genetic algorithm operations and create a new heuristic AutoPort for port selection and beamforming in fluid antenna systems to maximize min SINR, achieving near-optimal performance in simulations.
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Implementing Fluid Antennas in the Beamspace: Performance Evaluation and Codebook Design
Metasurface-based fluid antennas outperform conceptual fluid antennas in interference-heavy multi-user scenarios by exploiting projection onto the interference null space.
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Fluid Antenna Systems Enabling 6G HRLLC With Port Switching Delay
Derives exact closed-form BLER and rate for FAS-enabled HRLLC with switching delay, proves strict unimodality in port dimension for reliability/rate/energy efficiency, and characterizes a switching-delay threshold for gains over fixed-position antennas.
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Codebook-based Port Selection and Combining for CSI-Free Uplink Fluid Antenna Multiple Access
Introduces CPSC-FAMA: a codebook-driven uplink scheme where UEs independently match ports to local channels and the BS projects signals without needing global CSI or joint optimization.
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Outage Analysis and Fairness Design for Spatially Correlated FAS-Enabled RSMA Systems
Closed-form outage analysis and fairness optimization for spatially correlated FAS-enabled RSMA in multiuser MISO systems, showing up to 92% OP reduction versus fixed antennas.
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Hybrid Multiport Receivers for Slow Fluid Antenna Multiple Access
Proposes FAHM receiver using analog combining and a port-selection stopping criterion that achieves comparable performance to fully-digital multiport schemes with only 2 RF chains and over 60% computational reduction in multiuser FAMA.
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FAS-RSMA: Can Fluid Antennas Elevate RSMA Performance?
FAS-RSMA lowers outage probability and raises average capacity by using fluid antennas to improve the weakest effective channel and reduce relative interference impact in RSMA under imperfect CSIT.
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Stacked Intelligent Metasurface-Assisted Fluid Antenna Systems: Outage Probability
Derives closed-form outage probability for a SIM-assisted FAS model using BDMA and optimizes phase shifts to minimize outage with numerical validation.
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Reconfigurable Antennas for Next-generation Mobile Communication Networks: A Comprehensive Survey and Tutorial
A survey and tutorial on reconfigurable antennas for 6G networks covering fluid, movable, pinching, and holographic antennas with channel modeling, performance analysis, resource allocation, and open challenges.