Hierarchical Classification on Multimodal Sensing for Human Activity Recogintion and Fall Detection

Haobo Li, Aman Shrestha, F. Fioranelli, J. Kernec, H. Heidari
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引用次数: 6

Abstract

This paper presents initial results on the usage of hierarchical classification for human activities discrimination and fall detection in the context of assisted living. Multimodal sensing is proposed by combining data from a wearable device and a radar system. The effect of different approaches in selecting the activities in each sub-group of the hierarchy are explored and reported as preliminary results in this work, while a more detailed investigation is undergoing. 1.2-2.2% improvement in accuracy with SVM and DL classifiers compared with the conventional case of activity classification is reported; subsequent improvement (1.6%) occurs when using SVM-SFS in the second stage of hierarchical classification.
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基于多模态感知的分层分类人体活动识别与跌倒检测
本文介绍了在辅助生活环境中使用分层分类进行人类活动识别和跌倒检测的初步结果。将可穿戴设备和雷达系统的数据相结合,提出了多模态传感。在这项工作中,对选择层次结构的每个子组的活动的不同方法的影响进行了探讨,并作为初步结果报告,同时正在进行更详细的调查。与传统的活动分类相比,SVM和DL分类器的准确率提高了1.2-2.2%;在分层分类的第二阶段使用SVM-SFS时,出现了1.6%的后续改善。
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