Joint optimization of UAV trajectories, communication-sensing power allocation, and dynamic time-division ratios maximizes sum communication rate under cumulative radar mutual information constraints in cooperative multi-BS ISAC systems.
Networked ISAC for low-altitude economy: Transmit beamforming and UA V trajectory design,
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Cooperative ISAC for LAE: Joint Trajectory Planning, Power allocation, and Dynamic Time Division
Joint optimization of UAV trajectories, communication-sensing power allocation, and dynamic time-division ratios maximizes sum communication rate under cumulative radar mutual information constraints in cooperative multi-BS ISAC systems.