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Adaptive beamforming with position and velocity estimation for mobile station in smart antenna system

机译:具有智能天线系统中移动台位置和速度估计的自适应波束形成

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This paper presents an algorithm to estimate position and velocity of mobile station in a smart antenna system based on an electric field strength and the corresponding propagation times. This algorithm is called position and velocity estimation (PVE) algorithm. The PVE algorithm is then combined with the least mean square (LMS) algorithm to perform beamforming and position-velocity estimation. The beamforming with position-velocity estimator (BFPVE) algorithm is designed using the principle of maximum likelihood estimation, based on a two-element antenna array. The proposed algorithm is tested in MATLAB for fading channel condition.
机译:本文提出了一种基于电场强度和相应的传播时间估算智能天线系统中移动台的位置和速度的算法。 该算法称为位置和速度估计(PVE)算法。 然后将PVE算法与最小均方(LMS)算法组合以执行波束成形和位置速度估计。 利用位置速度估计器(BFPVE)算法的波束成形是使用最大似然估计的原理设计的,基于双元件天线阵列。 在MATLAB中测试了所提出的算法,用于衰落通道条件。

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