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Method for Detection of Airborne UEs Based on LTE Radio Measurements

机译:基于LTE无线测量检测机载UE的方法

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Unmanned Aerial Vehicles (UAVs) are expected to be connected through cellular networks. As the radio characteristics are different for airborne UEs compared to terrestrial UEs, it is beneficial to identify whether a UE is airborne (on a UAV) or on the ground, such that interference and mobility management can be optimized for UAVs separately from terrestrial UEs. In this paper, we present a classification algorithm using existing LTE UE radio measurements to identify whether a UE is airborne or terrestrial. The method is verified with LTE measurements made in a rural area at different heights, including terrestrial measurements and it is shown that the method in 3 out of the 4 different measurement cases can detect a UE to be airborne with 99% likelihood, while the fourth case still can classify a UE correctly in 95% of the cases. The right classification can further be improved by taking multiple consecutive samples into account before making a classification decision.
机译:无人驾驶飞行器(UAV)预计通过蜂窝网络连接。随着与地面UE的空气传播的无线电特性不同,它有利于识别UE是否是空机(在UAV)或地面上,使得可以与地面UE分开优化干扰和移动性管理。在本文中,我们介绍了一种使用现有LTE UE无线电测量的分类算法,以识别UE是否是空降或地面的。通过在不同高度的农村地区制造的LTE测量来验证该方法,包括陆地测量,并显示出4个不同的测量情况下的3中的方法可以检测UE以99%的可能性,有可能检测到空气传播的情况,而第四种案例仍然可以在95%的情况下正确对UE进行分类。通过在进行分类决定之前考虑多次连续样本,可以进一步提高正确的分类。

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