UAV-relay assisted RSMA fluid antenna system: Outage probability analysis

Farshad Rostami Ghadi; Masoud Kaveh; F. Hernando-Galego; Diego Martín; Kai-Kit Wong; Chan-Byoung Chae

doi:10.1109/lwc.2025.3582753

Publication record · 2025

UAV-relay assisted RSMA fluid antenna system: Outage probability analysis

Authors: Farshad Rostami Ghadi · Masoud Kaveh · F. Hernando-Galego · Diego Martín · Kai-Kit Wong · Chan-Byoung Chae
Year: 2025
Publisher: IEEE
Journal or publication: IEEE Wireless Communications Letters
Google Scholar citations: 18

Journal indicators

CiteScore 2025 (Scopus)9.4

Best quartileQ1

Top 10% in any categoryNo

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Electrical and Electronic Engineering131/1030 · Q1 · percentile 87
Control and Systems Engineering54/390 · Q1 · percentile 86

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Not identified in the supplied report on non-standard bibliometric behaviour (2017–2019).

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Research summary

The paper analyses outage in a UAV-relayed multiuser network where a fixed base station uses rate-splitting multiple access and ground users employ fluid antennas. Closed-form and high-SNR results quantify the performance improvement over fixed-position user antennas.

Original description prepared for this website; consult the publication for its authoritative abstract.

DOI 10.1109/lwc.2025.3582753 ↗ · View Google Scholar record ↗