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Massive MIMO Antenna Selection Algorithm Based on Dual Targets for 5G Networks

机译:基于双目标的5G网络大规模MIMO天线选择算法

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Massive MIMO(multiple input multiple output) technology has become the key of the next generation mobile communication networks, it uses a large number of antennas to improve spectrum effectiveness and power efficiency. The existing algorithms are only for single targets: maximum channel capacity or minimum symbol error rate, so this paper focuses on the dual targets antenna selection algorithm to ensure better balance. According to the existing algorithm, lattice reduction CLLL and variable list detection(VLD) are used to the antenna selection algorithm. Simulation results reveal that the improved algorithm has a larger channel capacity and a smaller symbol error rate with traditional single target algorithm.
机译:大规模MIMO(多输入多输出)技术已成为下一代移动通信网络的关键,它使用大量天线来提高频谱效率和功率效率。现有的算法仅适用于单个目标:最大信道容量或最小符号错误率,因此本文着重于双目标天线选择算法以确保更好的平衡。根据现有算法,将晶格约简CLLL和变量列表检测(VLD)用于天线选择算法。仿真结果表明,与传统的单目标算法相比,改进算法具有更大的信道容量和更小的符号误码率。

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