基于姿态估计的实时跌倒检测和警报系统

Meysam Safarzadeh, Y. Alborzi, Ali Naiafi Ardekany
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引用次数: 3

摘要

老年人中最常见的事件之一是跌倒,它不仅会造成精神和身体伤害,而且代价也很高。因此,由于开发智能监控系统来检测跌倒事件并通知家人或护理人员的重要性,我们提出了一种快速而强大的方法,可以立即检测跌倒并通过短信通知护理人员,以便他们可以立即提供帮助,从而减少伤害和治疗费用。我们的方法包括两个网络,姿态估计和MLP分类器。首先,我们收集了一个包含500个姿态(包括躺姿和非躺姿)和不同照明设置的身体地标的数据集,然后使用MLP网络对这些姿态进行分类。在验证数据集上,准确率和损失分别达到92.5%和0.3。在i7-6500U核心CPU上,该过程的速度接近每秒3帧,因此可以实时使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real -time Fall Detection and Alert System Using Pose Estimation
One of the most prevalent events in elderly persons is falling and not only it can cause mental and physical injuries but also it can cost too much. Consequently, due to the vital importance of developing an intelligent surveillance system to detect fall events and inform the family or the caregivers, we presented a fast and robust approach that can immediately detect falls and inform the caregivers by SMS so they can provide immediate help and consequently, the amount of injury and treatment costs will be reduced. Our approach includes two networks, pose estimation and MLP classifier. At first, we gathered a dataset that includes landmarks of the body at 500 poses including lying and non-lying positions with different illumination settings and then, MLP net is used to classify these poses. The accuracy and loss reached 92.5% and 0.3 respectively, on the validation dataset. The speed of the process is nearly 3 frames per second on core i7-6500U CPU, hence it can be used in real-time.
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