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Human activity classification and localization algorithm based on temporal-spatial virtual array

机译:基于时空虚拟数组的人类活动分类与定位算法

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摘要

We propose a human activity classification and localization algorithm based on temporal-spatial virtual array. By analyzing the synthetic wave of the echo reflected from each human body part, we can classify various human activities. In addition by using the estimation result of target direction with temporal-spatial phase shift that depends on relative target velocity and position, the proposed algorithm can estimate the position of a human being simultaneously with a smaller amount of computational complexity than the conventional least-square approach. We demonstrate the effectiveness of the proposed algorithm via simulation results.
机译:我们提出了一种基于时空虚拟数组的人类活动分类与定位算法。通过分析人体各个部位反射回波的合成波,我们可以对各种人体活动进行分类。另外,通过将目标方向的估计结果与时空相移有关,该时空相移取决于相对目标速度和位置,与传统的最小二乘法相比,该算法可以同时估计人的位置,并且计算量较小方法。我们通过仿真结果证明了该算法的有效性。

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