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Analytical and numerical results give insight into multiple access in pinching-antenna systems and provide a basis for its impairment-aware design, a necessary step toward their adoption in practical networks.
Pinching-antenna systems (PASS) create reconfigurable wireless channels by moving dielectric antennas along a waveguide. Mechanical position errors translate into phase errors that degrade performance, yet almost all prior PASS studies assume ideal placement. This paper models this position error, derives the resulting...
The pinching-antenna system (PASS) uses dielectric particles along a low-loss waveguide as reconfigurable passive radiators. Existing analyses conclude that the in-waveguide attenuation is negligible at low frequencies and millimeter wave bands; we show this fails at terahertz (THz), where realizable waveguide losses a...
Numerical results confirm that the proposed hierarchical ISAC architecture simultaneously achieves higher sum throughput and superior sensing accuracy than conventional cell-free ISAC.
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