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Fall Detection in Video Sequences Based on a Three-Stream Convolutional Neural Network

机译:基于三流卷积神经网络的视频序列跌倒检测

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Human falls are more susceptible in advanced ages and the second most common cause of accidental death to elders, because of the later detecting falls became a crucial research topic to an aging population. To this effect, we propose and evaluate the employment of a multi-stream approach to detect fall events. Three features (optical flow, saliency map, and RGB data) fed to each stream of a VGG-16 and classified by an SVM of whether there was or not a fall event. Experiments are conducted on two datasets, URFD and FDD, achieving accuracy rates of 98.84% and 99.51%, respectively, which outperforms the majority of the reviewed solutions.
机译:人跌倒在老年人中更易受影响,并且是老年人意外死亡的第二大最常见原因,因为后来发现跌倒已成为老龄化人口的重要研究课题。为此,我们建议并评估采用多流方法来检测跌倒事件的方法。三个特征(光流,显着性图和RGB数据)被馈送到VGG-16的每个流,并由SVM对是否存在跌倒事件进行分类。在两个数据集URFD和FDD上进行了实验,分别达到了98.84%和99.51%的准确率,这优于大多数已审查的解决方案。

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