Develops two-stage optimization for single-user and alternating optimization for multi-user pinching-antenna systems, proving position independence from beamforming and algorithm convergence while showing SE-EE gains and robustness.
Pinching-antenna systems-enabled multi-user communications: transmission structures and beamforming optimization
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A hierarchical user scheduling and joint optimization framework is developed for sum rate maximization in multi-waveguide PASS, with numerical results showing gains over random pairing and maximum ratio transmission.
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Spectral and Energy Efficiency Tradeoff for Pinching-Antenna Systems
Develops two-stage optimization for single-user and alternating optimization for multi-user pinching-antenna systems, proving position independence from beamforming and algorithm convergence while showing SE-EE gains and robustness.
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Rate Maximization for Multi-Waveguide PASS: A Hierarchical User Scheduling and Joint Optimization Framework
A hierarchical user scheduling and joint optimization framework is developed for sum rate maximization in multi-waveguide PASS, with numerical results showing gains over random pairing and maximum ratio transmission.