Using Artificial Intelligence to Detect Falls

J. Sturdivant, Nicholas Morris, Tiara Hendricks, Gülüstan Dogan, Michel J. H. Heijnen
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Abstract

This work aims to apply both traditional machine learning approaches and deep neural networks in human activity recognition. A multi-modal approach is used to identify falls both in a frame as well as across a video. The models use camera data from a single position as well as three-axis accelerometer data to identify falls. This research aims to present possibilities for an easily implementable model using affordable data sources and limit the burden on healthcare staff by mitigating false-positive results. In our first experiment, the traditional machine learning models used returned an accuracy of approximately 98 percent and in our second experiment, the deep learning model had an accuracy of 89 percent but had more difficulty determining if the subject was classified as falling.
使用人工智能检测跌倒
这项工作旨在将传统的机器学习方法和深度神经网络应用于人类活动识别。使用多模态方法来识别帧内和视频中的跌落。该模型使用来自单个位置的相机数据以及三轴加速度计数据来识别跌倒。本研究旨在提出一种使用可负担得起的数据源的易于实施的模型的可能性,并通过减少假阳性结果来限制医疗保健人员的负担。在我们的第一个实验中,使用的传统机器学习模型的准确率约为98%,在我们的第二个实验中,深度学习模型的准确率为89%,但在确定主题是否被归类为跌倒时遇到了更多困难。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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