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 enhanced wireless network via joint active and passive beamforming,
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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.