A rate-splitting-inspired framework for bistatic OFDM-ISAC that splits messages into robust and supplementary streams to manage interference, derives SINR expressions, and optimizes power allocation for spectral efficiency under sensing constraints.
Integrated Sensing and Communications: Toward Dual- Functional Wireless Networks for 6G and Beyond
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The work proposes zero-forcing and joint optimization beamforming for single-tag ISAC-RFID plus a sector-based codebook for multiple tags that improves interrogation range and success rate in simulations.
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Rate-Splitting--Inspired Bistatic OFDM-ISAC
A rate-splitting-inspired framework for bistatic OFDM-ISAC that splits messages into robust and supplementary streams to manage interference, derives SINR expressions, and optimizes power allocation for spectral efficiency under sensing constraints.
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ISAC with Backscattering RFID Tags: Beamforming and Codebook Design
The work proposes zero-forcing and joint optimization beamforming for single-tag ISAC-RFID plus a sector-based codebook for multiple tags that improves interrogation range and success rate in simulations.