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首页> 外文期刊>Studies in Health Technology and Informatics >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
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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

机译:通过无QoS的公共通信通道从嵌入式人体传感器到医疗最终用户的端到端信号处理:U-R-SAFE体验

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摘要

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.
机译:URSafe项目(IST-2001-33352)旨在为老年人和疗养院创建远程医疗环境。该想法是提供一种便携式设备,该设备监视自主地不同的生物医学信号,并且如果检测到异常,则能够向医疗中心发送警报。在URSafe的初始版本中,平台中包括三个传感器:心电图(ECG),氧气速率(SpO2)和跌倒检测器。本文介绍了该项目涉及的信号处理算法。这些分为两个级别:ECG分析和信号传输。

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