Physical layer security over fluid reconfigurable intelligent surface-assisted communication systems

Masoud Kaveh; Farshad Rostami Ghadi; F. Hernando-Galego; Diego Martín; Kai-Kit Wong; Riku Jäntti

doi:10.1109/lwc.2026.3659514

Publication record · 2026

Physical layer security over fluid reconfigurable intelligent surface-assisted communication systems

Authors: Masoud Kaveh · Farshad Rostami Ghadi · F. Hernando-Galego · Diego Martín · Kai-Kit Wong · Riku Jäntti
Year: 2026
Publisher: IEEE
Journal or publication: IEEE Wireless Communications Letters
Google Scholar citations: 19

Journal indicators

CiteScore 2025 (Scopus)9.4

Best quartileQ1

Top 10% in any categoryNo

Positions by category

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

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JCR (Clarivate): Not verified: the supplied ranking file is Scopus CiteScore, not JCR.

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

The report is an independent analysis published in 2021; it is not an official ANECA ban or endorsement list.

Research summary

This work studies secure downlink communications assisted by fluid reconfigurable intelligent surfaces, whose active elements adapt to channel conditions. Analytical bounds for secrecy outage and capacity show gains over fixed conventional surfaces, including under spatial correlation.

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

DOI 10.1109/lwc.2026.3659514 ↗ · Open-access version ↗ · View Google Scholar record ↗