A two-stage split of beamforming in cell-free ISAC reduces fronthaul exchange to 6NiterMK scalars, independent of antenna count, with simulated performance close to a centralized solution.
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Two-Stage Distributed Beamforming Design in Cell-Free Massive MIMO ISAC Systems
A two-stage split of beamforming in cell-free ISAC reduces fronthaul exchange to 6NiterMK scalars, independent of antenna count, with simulated performance close to a centralized solution.