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Characterizing Ultra-wide Band indoor line-of-sight wireless channel

机译:表征超宽带室内视距无线信道

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摘要

By exploring the deterministic characteristics of the measurement data, a new propagation model with two deterministic clusters and stochastic arriving rays within each cluster is proposed. When considering the cumulative distribution function (CDF) of the three key channel statistics, the proposed model fits the measurement data better than SV /IEEE 802.15.3, a model which is known as a standard model for UWB indoor propagation channel. Therefore, with the additional knowledge of the specific environment geometry, the proposed model generating impulse responses “resemble” the measured channel impulse responses better than IEEE model. Moreover, the proposed model''s parameters obtaining procedure is simplified by utilizing simple parameters of the environment.
机译:通过探索测量数据的确定性特征,提出了一种新的传播模型,该模型具有两个确定性簇和每个簇内的随机到达射线。当考虑三个关键信道统计信息的累积分布函数(CDF)时,所提出的模型比SV / IEEE 802.15.3(一种称为UWB室内传播信道的标准模型)更适合测量数据。因此,凭借对特定环境几何形状的额外了解,所提出的生成脉冲响应的模型比IEEE模型更好地“类似于”所测量的信道脉冲响应。此外,通过利用环境的简单参数简化了所提出的模型的参数获取过程。

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