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A Markov Based Method for Modulation and Coding Scheme (MCS) selection with Hybrid ARQ Retransmission

机译:基于Markov的调制和编码方案(MCS)选择的方法用混合ARQ重传选择

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A Markov Based method for Modulation and Coding Scheme (MCS) selection is proposed for Pilot assistant adaptive modulation and coding scheme (AMC) with Hybrid ARQ (HARQ) retransmissions. A first-order finite-state Markov model (FSMM) is introduced to represent the time correlation character of channel fading during (Channel Quality Indicator) CQI feedback and HARQ retransmissions. According to different QoS target, such as maximize the air interface throughput or maintains a target Frame Error Rate (FER) for each user, The Markov Based method can deduce different reference Pilot thresholds for each MCS. Theoretical analysis and link level simulation results both show the efficiency of the Markov based method for Pilot threshold calculation according to different QoS target and different HARQ retransmission times.
机译:提出了一种基于Markov的调制和编码方案(MCS)选择的方法,用于具有混合ARQ(HARQ)重传的导频辅助自适应调制和编码方案(AMC)。引入了一阶有限状态马尔可夫模型(FSMM)以表示(信道质量指示符)CQI反馈和HARQ重传的信道衰落的时间相关性。根据不同的QoS目标,例如最大化空中接口吞吐量或维持每个用户的目标帧错误率(FER),基于Markov的方法可以为每个MCS推导不同的参考导频阈值。理论分析和链接水平仿真结果既显示了根据不同QoS目标和不同HARQ重传时间的导频阈值计算的基于马尔可夫的方法的效率。

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