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Low-Complexity Weighted Sum-Rate Maximization Approach with Per-Antenna Power Constraints.

, , and . ACSSC, page 167-171. IEEE, (2018)

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Low-complexity robust multi-cell MISO downlink precoder design., and . ICASSP, page 3546-3550. IEEE, (2016)Robust Downlink Transmission: An Offset-Based Single-Rate-Splitting Approach., and . SPAWC, page 1-5. IEEE, (2018)Machine-Learning-Aided TDD Massive MIMO Downlink Transmission for High-Mobility Multi-Antenna Users With Partial Uplink Channel State Information., , , and . IEEE Trans. Wirel. Commun., 24 (1): 101-117 (January 2025)New Machine Learning Approach for Low Overhead Multi-Beam Prediction., , , and . PIMRC, page 1-6. IEEE, (2023)Total Power Minimization: Joint Antenna Selection and Beamforming Design., , and . ACSSC, page 736-740. IEEE, (2019)Machine Learning Assisted DL CSI Estimation for High-Mobility Multi-Antenna Users with Partial UL CSI Availability in TDD Massive MIMO Systems., , , and . GLOBECOM (Workshops), page 1579-1585. IEEE, (2022)Low-Complexity Weighted Sum-Rate Maximization Approach with Per-Antenna Power Constraints., , and . ACSSC, page 167-171. IEEE, (2018)Offset-Based Beamforming: A New Approach to Robust Downlink Transmission., , and . IEEE Trans. Signal Process., 67 (1): 70-82 (2019)Robust precoding design for massive MISO downlink., and . ACSSC, page 183-187. IEEE, (2016)Low-complexity robust MISO downlink precoder optimization for the limited feedback case., , and . ICASSP, page 3108-3112. IEEE, (2015)