Abstract
We study a mean-squared-error-based linear transceiver design problem in a multiple-input multiple-output cellular system with a full-duplex base station serving multiple half-duplex uplink and downlink users simultaneously under the practical per-antenna power constraints. First, an iterative nonlinear Gauss–Seidel type algorithm updating the beamformer of each transmit antenna using simple closed-form expressions is proposed. Then, a lower complexity design is proposed based on alternating direction method of multipliers.
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