Three correlation-aware port selection schemes (SF-EDAS, SOPS, CC-COAS) are introduced for SM in Tx-SIMO-FAS, with high-SNR analysis deriving diversity order from selected ports, receive antennas, and energy-based spatial DoF plus a Digamma-based array gain approximation.
Multi-Port Selection for FAMA: Massive Connectiv ity with Fewer RF Chains than Users
5 Pith papers cite this work. Polarity classification is still indexing.
5
Pith papers citing it
years
2026 5verdicts
UNVERDICTED 5representative citing papers
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.
PUMA integrates phased arrays with fluid antennas at UEs for analog-domain interference mitigation and high gain using minimal RF chains, claiming superior data rates over FAMA and CUMA in theoretical analysis and simulations for 6G.
A greedy algorithm with swap and a transformer model trained by imitation and reinforcement learning achieve higher spectral efficiency than prior methods for port selection in fluid antenna multiple access at practical complexity.
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.
citing papers explorer
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Spatial Modulation for Tx-SIMO-FAS: Port Selection and Performance Analysis
Three correlation-aware port selection schemes (SF-EDAS, SOPS, CC-COAS) are introduced for SM in Tx-SIMO-FAS, with high-SNR analysis deriving diversity order from selected ports, receive antennas, and energy-based spatial DoF plus a Digamma-based array gain approximation.
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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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Phased Ultra Massive Array (PUMA)
PUMA integrates phased arrays with fluid antennas at UEs for analog-domain interference mitigation and high gain using minimal RF chains, claiming superior data rates over FAMA and CUMA in theoretical analysis and simulations for 6G.
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Greedy and Transformer-Based Multi-Port Selection for Slow Fluid Antenna Multiple Access
A greedy algorithm with swap and a transformer model trained by imitation and reinforcement learning achieve higher spectral efficiency than prior methods for port selection in fluid antenna multiple access at practical complexity.
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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.