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Adaptive Modulation and Coding Scheme with Independent MCS Level Selection in MIMO Systems

机译:MIMO系统中具有独立MCS级别选择的自适应调制和编码方案

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摘要

In this paper, we propose a system that adopts the independent MCS (modulation and coding scheme) level for each layer in the AMC (adaptive modulation and coding) scheme combined with the V-BLAST (vertical Bell lab layered space time) system. From the simulation results, we observe that since the independent MCS level case adapts modulation and coding rate for maximum throughput to each channel condition in separate layers, the combined AMC-V-BLAST system with the independent MCS level selection results in improved throughput compared to the combined AMC-V-BLAST system with the common MCS level selection and the conventional AMC system based on the lx EV-DO standard. Especially, the combined AMC-V-BLAST system with the independent MCS level achieves a gain of 700kbps in 7-9 dB SNR (signal-to-noise ratio) range.
机译:在本文中,我们提出了一种系统,该系统对AMC(自适应调制和编码)方案中的每个层采用独立的MCS(调制和编码方案)级别,并结合了V-BLAST(垂直贝尔实验室分层时空)系统。从仿真结果中,我们观察到,由于独立MCS级别的情况在单独的层中使调制和编码速率适应最大吞吐量,以适应​​每个信道条件,因此与独立MCS级别选择相结合的AMC-V-BLAST系统可提高吞吐量。具有通用MCS级别选择的组合AMC-V-BLAST系统和基于1x EV-DO标准的常规AMC系统。特别是,具有独立MCS级别的组合AMC-V-BLAST系统在7-9 dB SNR(信噪比)范围内实现了700kbps的增益。

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