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An Improved K-Best MIMO Detection Algorithm for Parallel Programmable Baseband Architecture

机译:用于并行可编程基带架构的改进的K-Best MIMO检测算法

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Based on the improved K-Best algorithm in, a new K-Best MIMO detection algorithm is proposed for parallel programmable baseband architecture, and a low complexity LLR computation method is designed. This algorithm achieves parallel gains at the cost of slight performance degradation. It performs better in the high SNR cases. This algorithm is robust and easy to control, with adjustable parameters. Compared with existing improved K-Best algorithms, the new algorithm provides more system throughput.
机译:在改进的K-Best算法的基础上,针对并行可编程基带架构,提出了一种新的K-Best MIMO检测算法,并设计了一种低复杂度的LLR计算方法。该算法以性能稍有下降为代价实现了并行增益。在高SNR情况下,它的性能更好。该算法健壮且易于控制,参数可调。与现有的改进的K-Best算法相比,新算法提供了更多的系统吞吐量。

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