使用毫米波雷达传感器的老人跌倒探测系统

Jeslet Joy, Amalda Theresa John, Angel Anna Alex, Adityakrishna S Nair, P.R Sreesh, Anto Manuel
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引用次数: 0

摘要

本项目的重点是利用毫米波雷达技术实施老年人跌倒检测系统,优先保护室内环境中的隐私。通过利用毫米波雷达,我们的系统与基于摄像头的解决方案相比具有技术优势。雷达在无线电频谱中工作,确保了隐私,因为它不会捕捉视觉数据,解决了有关监视和同意的问题。技术方面包括毫米波雷达传感器部署、跌倒检测信号处理算法开发和实时数据分析集成。雷达可减轻低照度、遮挡物和基于摄像头的系统常见的视线限制所带来的问题。此外,机器学习提高了坠落检测的准确性,在保持高灵敏度的同时减少了误报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Elderly Fall Detection System Using mm-Wave Radar Sensor
This project focuses on the implementation of an elderly fall detection system using millimeter-wave radar technology, prioritizing privacy preservation within indoor environments. By harnessing mm-wave radar, our system offers technical advantages over camera-based solutions. Radar operates in the radio frequency spectrum, ensuring privacy, as it does not capture visual data, addressing concerns regarding surveillance and consent. Technical aspects encompass mm-wave radar sensor deployment, signal processing algorithm development for fall detection, and real-time data analysis integration. Radar mitigates issues posed by low lighting, occlusions, and line-of- sight limitations common in camera-based systems. Additionally, machine learning enhances fall detection accuracy, reducing false alarms while maintaining high sensitivity.
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