Rate-splitting with constructive interference precoding achieves higher ergodic sum-rates than zero-forcing or non-rate-splitting approaches for PSK in MU-MIMO under perfect and imperfect CSIT via new expressions and a tailored power allocation.
Performance analysis of zero-forcing-precode d scheduling system with adaptive modulation for multiuser -multiple input multiple output transmission
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Rate Splitting with Finite Constellations: The Benefits of Interference Exploitation vs Suppression
Rate-splitting with constructive interference precoding achieves higher ergodic sum-rates than zero-forcing or non-rate-splitting approaches for PSK in MU-MIMO under perfect and imperfect CSIT via new expressions and a tailored power allocation.