The authors derive a squared position error bound for STARS-assisted near-field ISAC and propose algorithms that jointly optimize sensor placement and beamforming, achieving lower error at lower deployment cost than benchmarks.
Intelligent reflecting surface-aided wireless communications: A tutorial,
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STARS-assisted Near-field ISAC: Sensor Deployment and Beamforming Design
The authors derive a squared position error bound for STARS-assisted near-field ISAC and propose algorithms that jointly optimize sensor placement and beamforming, achieving lower error at lower deployment cost than benchmarks.