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Device-free Human Activity Recognition Based on Random Subspace Classifier Ensemble

机译:基于随机子空间分类器集合的无设备人类活动识别

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In recent years, Channel State Information (CSI)-based Human activity recognition (HAR) has received extensive attention for its low cost and privacy protection property. Existing CSI-based HAR systems utilize single classifier to accomplish recognition, which results in poor robustness and relatively low recognition accuracy. In this paper, a random subspace classifier ensemble method is proposed for classification, which utilizes the frequency domain feature instead of the time domain feature and each kind of feature is selected in the same amount. We evaluate its performance both in typical indoor and outdoor environment. Our results show, the recognition accuracy can reach 91.2% and 90.2% in outdoor and indoor environment, respectively.
机译:近年来,基于渠道国家信息(CSI)的人类活动识别(HAR)已获得广泛关注其低成本和隐私保护财产。基于CSI的HAR系统利用单分类器来实现识别,从而导致稳健性差和相对较低的识别准确性。本文提出了一种随机子空间分类器集合方法,用于分类,该方法利用频域特征而不是时域特征,并且每种特征都以相同的量选择。我们在典型室内和室外环境中评估其性能。我们的结果表明,识别准确性分别可分别达到室外和室内环境的91.2%和90.2%。

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