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Online prediction of spatial fields for radio-frequency communication

机译:射频通信空间场的在线预测

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In this paper we predict spatial wireless channel characteristics using a stochastic model that takes into account both distance dependent pathloss and random spatial variation due to fading. This information is valuable for resource allocation, interference management, design in wireless communication systems. The spatial field model is trained using a convex covariance-based learning method which can be implemented online. The resulting joint learning and prediction method is suitable for large-scale or streaming data. The online method is first demonstrated on a synthetic dataset which models pathloss and medium-scale fading. We compare the method with a state-of-the-art scalable batch method. It is subsequently tested in a real dataset to capture small-scale variations.
机译:在本文中,我们使用随机模型预测空间无线信道特征,该模型同时考虑了与距离有关的路径损耗和由于衰落引起的随机空间变化。该信息对于无线通信系统中的资源分配,干扰管理和设计非常有价值。使用可在线实现的基于凸协方差的学习方法训练空间场模型。所得的联合学习和预测方法适用于大规模或流数据。在线方法首先在合成数据集上进行了演示,该数据集对路径损耗和中等规模的衰落建模。我们将该方法与最新的可伸缩批处理方法进行了比较。随后在真实数据集中对其进行测试,以捕获小范围的变化。

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