Fluid antenna arrays (FAAs) reconfigure a finite set of radiating ports within a prescribed aperture. In compact apertures, however, channel-driven placement may cluster ports, strengthen mutual coupling, degrade radiation conditioning, increase source-voltage demand, and produce uneven current loading. This paper stud...
Fluid antenna array (FAA) activation jointly determines the effective multi-user channel for precoding and the sparse physical aperture. Channel-oriented selection can concentrate high-gain ports and erode aperture quality, whereas geometry-oriented selection does not adapt to instantaneous channel state information (C...
A dynamic port-reconfigurable near-field channel model for FAS-assisted UAV-to-mobile user (MU) links and a FAS-adaptive subarray partition scheme utilizing a greedy strategy is developed, providing a theoretical foundation for the design and analysis of FAS in dynamic scenarios.
Hao Jiang, Wangqi Shi, Zhen-Tian Zhang et al.· 0 citations
Fluid antenna arrays (FAAs), support multiuser downlink transmission by activating a subset of reconfigurable ports. The activation mask jointly determines the effective channel and the sparse radiating aperture, which requires a balance among sum rate, sidelobe suppression, hardware constraints, and online complexity....
Yuan-Hui Wu, Zhen-Tian Zhang, Han-Jiang Hong et al.· arXiv.org· 3 citations
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