DNN and CNN Approach for Human Activity Recognition

Seref Recep Keskin, Ayşenur Gençdoğmuş, Buse Yildirim, Gulustan Dogan, Yusuf Öztürk
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引用次数: 3

Abstract

One of the common causes of low back pain is postural stress. When sitting or walking, poor posture may result in spinal dysfunction. Increased pressure on the spine can cause tension and spasms in the lumbar muscles and cause low back pain. Monitoring of daily activities becomes more important, especially to help sick and elderly people. Recognition of unstructured daily activities is a more difficult and important task. In this study, we use Deep Neural Networks (DNN) and Convolutional Neural Networks (CNN) to study spinal movement and postural stress through two sensors connected to the pelvis and spine of a healthy subject. Body kinematics data consist of four categories: standing, sitting, walking and other activities. We compared the accuracy of DNN and CNN methods for the identification and labeling of daily activities. We observed the results of deep learning methods with different hyperparameter values and obtained the optimum values.
人类活动识别的DNN和CNN方法
腰痛的常见原因之一是姿势压力。当坐着或行走时,不良的姿势可能导致脊柱功能障碍。脊柱压力的增加会导致腰肌紧张和痉挛,引起腰痛。监测日常活动变得更加重要,尤其是对病人和老年人的帮助。识别非结构化的日常活动是一项更加困难和重要的任务。在这项研究中,我们使用深度神经网络(DNN)和卷积神经网络(CNN)通过连接到健康受试者的骨盆和脊柱的两个传感器来研究脊柱运动和姿势压力。人体运动学数据包括四类:站立、坐着、行走和其他活动。我们比较了DNN和CNN方法在日常活动识别和标记方面的准确性。我们观察了不同超参数值下深度学习方法的结果,得到了最优值。
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