基于生物雷达的多种跌倒检测系统在包括宠物、移动电器和家庭活动记录的测试样本上的性能评估

Dmitry Bezdetnyy, V. Slizov, L. Anishchenko
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引用次数: 0

摘要

全球人口老龄化的趋势使老年人的医疗问题,特别是老年人的医疗问题,从道德和现实的角度来看都更加重要。机器学习模型是目前检测跌倒的主要方法,它经常在与实际情况不同的数据上进行训练和评估。在本文中,先前开发的基于雷达的跌倒检测系统的性能在测试样本上进行了评估,该测试样本包括宠物活动,电器运动和家庭活动的记录。这种运动存在一个很大的问题,因为它们可能导致误报警报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of Multiple Bioradar-based Fall Detection System’s Performance on a Test Sample including Recordings with Pets, moving Appliances and Household Activity
The global trend towards the population aging makes the medical problems of the elderly, in particular falls, more significant from both moral and practical points of view. Machine learning models, the use of which is currently the main approach to the fall detection, are often trained and evaluated on data that differ from real conditions. In this paper, the performance of a previously developed radar-based fall detection system was evaluated on a test sample, which includes recordings with pet activity, appliance movements and household activity. Such movements presence a great issue because they can lead to false positive alarms.
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