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通过无质量服务的公共通信渠道,从嵌入式身体传感器到医疗终端用户的端到端信号处理:U-R-SAFE 体验。

End-to-end signal processing from the embedded body sensor to the medical end user through QoS-less public communication channels: the U-R-SAFE experience.

作者信息

Castanie Francis, Mailhes Corinne, Henrion Stéphane

机构信息

ENSEEIHT-IRIT-TéSA, 2 rue Camichel, BP7122, 31071 Toulouse Cédex 7, France.

出版信息

Stud Health Technol Inform. 2005;117:172-9.

Abstract

The URSafe project (IST-2001-33352) aims at creating a telemedicine care environment for the elderly and convalescent. The idea is to provide a portable device which monitors autonomously different biomedical signals and is able to send an alarm to a medical center if an abnormality is detected. In the initial version of URSafe, three sensors where included in the platform: electrocardiogram (ECG), oxygen rate (SpO2) and Fall Detector. This paper presents the signal processing algorithms involved in the project. These are at two levels: ECG analysis and signal transmission.

摘要

URSafe项目(IST-2001-33352)旨在为老年人和康复期患者创建一个远程医疗护理环境。其理念是提供一种便携式设备,该设备能自动监测不同的生物医学信号,并在检测到异常时向医疗中心发送警报。在URSafe的初始版本中,该平台包含三个传感器:心电图(ECG)、血氧饱和度(SpO2)和跌倒探测器。本文介绍了该项目所涉及的信号处理算法。这些算法分为两个层面:心电图分析和信号传输。

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