A unified iterative water-filling algorithm is proposed for allocating power to communication, sensing, and joint radar-communication users under QoS constraints, but key KKT update formulas are incorrect.
Polarization-based multiplexing: Enabling spectrum efficient joint radar and communication,
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Unified Interference-Aware Water-Filling for QoS-Constrained Communication, Sensing, and JRC
A unified iterative water-filling algorithm is proposed for allocating power to communication, sensing, and joint radar-communication users under QoS constraints, but key KKT update formulas are incorrect.