Develops geometry-aware uncertainty sets for eavesdropper errors and an iterative algorithm optimizing PA positions, beamforming, and AN to achieve 4.7 dB higher sum rate with better secrecy than fixed-antenna systems.
Physical layer security for pinching-antenna systems (PASS)
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Pinching-antenna systems with in-waveguide attenuation achieve superior secrecy outage probability and ergodic secrecy capacity compared to conventional fixed-antenna systems.
A survey and tutorial on reconfigurable antennas for 6G networks covering fluid, movable, pinching, and holographic antennas with channel modeling, performance analysis, resource allocation, and open challenges.
PASS-NOMA achieves lower blockage outage and higher ergodic rates than PASS-OMA, with further gains as the number of pinching antennas increases.
The paper provides a comprehensive review and categorization of pinching antenna systems (PASS) for objectives including network coverage, data rate, secure transmission, sensing, integrated sensing and communication, and energy efficiency.
citing papers explorer
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Robust and Secure Blockage-Aware Pinching Antenna-assisted Wireless Communication
Develops geometry-aware uncertainty sets for eavesdropper errors and an iterative algorithm optimizing PA positions, beamforming, and AN to achieve 4.7 dB higher sum rate with better secrecy than fixed-antenna systems.
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Physical Layer Security Performance of Pinching-Antenna Systems With In-Waveguide Attenuation
Pinching-antenna systems with in-waveguide attenuation achieve superior secrecy outage probability and ergodic secrecy capacity compared to conventional fixed-antenna systems.
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Reconfigurable Antennas for Next-generation Mobile Communication Networks: A Comprehensive Survey and Tutorial
A survey and tutorial on reconfigurable antennas for 6G networks covering fluid, movable, pinching, and holographic antennas with channel modeling, performance analysis, resource allocation, and open challenges.
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Performance Analysis of Pinching Antenna Systems Enabled NOMA Communications
PASS-NOMA achieves lower blockage outage and higher ergodic rates than PASS-OMA, with further gains as the number of pinching antennas increases.
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Pinching Antenna Systems (PASS): Enabling Reconfigurable and Controllable Wireless Channels -- A Comprehensive Survey
The paper provides a comprehensive review and categorization of pinching antenna systems (PASS) for objectives including network coverage, data rate, secure transmission, sensing, integrated sensing and communication, and energy efficiency.