Bottom-up Investigation: Human Activity Recognition Based on Feet Movement and Posture Information

Rafael de Pinho André, Pedro Diniz, H. Fuks
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引用次数: 16

Abstract

Human Activity Recognition (HAR) research on feet posture and movement information has seen an intense growth during the last five years, drawing attention of fields such as healthcare systems and context inference. In this work, we tested our 6-activity classes machine learning HAR classifier using a foot-based wearable device in an experiment involving 11 volunteers. The classifier uses a Random Forest algorithm with Leave-one-out Cross Validation, achieving an average of 93.34% accuracy. Targeting at a replicable research, we provide full hardware information, system source code and a public domain dataset consisting of 800,000 samples.
自下而上的调查:基于足部运动和姿态信息的人类活动识别
人类活动识别(HAR)对足部姿势和运动信息的研究在过去五年中得到了强烈的发展,引起了医疗保健系统和上下文推理等领域的关注。在这项工作中,我们在一个涉及11名志愿者的实验中,使用基于脚的可穿戴设备测试了我们的6个活动类机器学习HAR分类器。该分类器使用随机森林算法进行留一交叉验证,平均准确率达到93.34%。针对可复制的研究,我们提供完整的硬件信息,系统源代码和由80万个样本组成的公共领域数据集。
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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