The FIRES-NOMA system with joint beamforming, coefficient, and position optimization achieves up to 27% higher sum rate and requires 50% fewer elements than conventional STAR-RIS.
Zhang, Matrix analysis and applications
2 Pith papers cite this work. Polarity classification is still indexing.
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2025 2verdicts
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Proposes FP-type receiver unifying projection and SIC approaches via tradeoff factor for uplink ISAC joint detection and estimation, derives PEP for ML/ZF detectors, and extends to dynamic DFP receiver via homotopy optimization.
citing papers explorer
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Joint Beamforming and Position Optimization for FIRES-NOMA Assisted Wireless Communication Systems
The FIRES-NOMA system with joint beamforming, coefficient, and position optimization achieves up to 27% higher sum rate and requires 50% fewer elements than conventional STAR-RIS.
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A Framework for Uplink ISAC Receiver Designs: Performance Analysis and Algorithm Development
Proposes FP-type receiver unifying projection and SIC approaches via tradeoff factor for uplink ISAC joint detection and estimation, derives PEP for ML/ZF detectors, and extends to dynamic DFP receiver via homotopy optimization.