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Performance Improvement of the Combined AMC-MIMO Systems with MCS Level Selection Technique

机译:MCS级别选择技术改善组合式AMC-MIMO系统的性能

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摘要

In this paper, we propose and observe a system that adopts Independent MCS (Modulation and Coding Scheme) level for each layer in the combined AMC-V-BLAST (Adaptive Modulation and Coding-Vertical- Bell-lab Layered Space-Time) system. Also, comparing with the combined system using Common MCS level, the proposed system applied to Independent MCS level shows how much throughput performance is improved. As a result of simulation, Independent MCS level case adapts modulation and coding scheme for maximum throughput to each channel condition in separate layer, resulting in improved throughput compared to Common MCS level case. Especially, the results show that the combined AMC-V-BLAST system with Independent MCS level achieves a gain of 700kbps in 7~9dB SNR (Signal-to-Noise Ratio) range.
机译:在本文中,我们提出并观察了一种在组合的AMC-V-BLAST(自适应调制和编码-垂直-贝尔实验室分层时空)系统中为每个层采用独立MCS(调制和编码方案)级别的系统。此外,与使用Common MCS级别的组合系统相比,应用于独立MCS级别的拟议系统显示了吞吐量性能提高了多少。作为仿真的结果,独立MCS级别的情况将调制和编码方案调整为最大吞吐量,以适应​​单独层中的每个信道状况,与通用MCS级别的情况相比,吞吐量得到了提高。尤其是,结果表明,具有独立MCS级别的组合AMC-V-BLAST系统在7〜9dB SNR(信噪比)范围内可获得700kbps的增益。

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