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Theoretical Investigation of Convergence of Max-SINR Algorithm in the MIMO Interference Network

Theoretical Investigation of Convergence of Max-SINR Algorithm in the MIMO Interference Network
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摘要 Design of transceiver for interference channel (IC) is an important research area. Max-SINR algorithm is an iterative algorithm for multi-input multi-output (MIMO) IC. Nodes in the MIMO IC, work in a time division duplex mode, where half of them are equipped with M antennas while the others have N antennas. It is shown how the Max-SINR algorithm proposed by Gomadam et al. converges by considering an equivalent problem, i.e. a constrained maximization problem. Design of transceiver for interference channel (IC) is an important research area. Max-SINR algorithm is an iterative algorithm for multi-input multi-output (MIMO) IC. Nodes in the MIMO IC, work in a time division duplex mode, where half of them are equipped with M antennas while the others have N antennas. It is shown how the Max-SINR algorithm proposed by Gomadam et al. converges by considering an equivalent problem, i.e. a constrained maximization problem.
出处 《Journal of Computer and Communications》 2018年第4期31-37,共7页 电脑和通信(英文)
关键词 Converge INTERFERENCE CHANNEL MIMO Max-SINR Converge Interference Channel MIMO Max-SINR
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