基于U-Healthcare的危险情况警报系统

Byungdon Park, Donggyun Yu, Hoe-Kyung Jung
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摘要

近年来,随着人们对健康的兴趣日益浓厚,各种可穿戴设备如智能手表、智能手环等正在研究中,这些设备可以测量用户的生物特征信息。传统的可穿戴设备以提供简单监测、疾病预防和运动量的形式提供测量的生物特征信息。然而,用户缺乏处理危险情况的能力。在本文中,我们提出了一个危险通报系统来解决这些问题。加速度传感器和心率传感器测量的生物特征信息通过Arduino实时传输到应用程序中。通过传感器优先级度量和风险态势识别算法识别风险态势。当发生危险情况时,系统会向监护人发送通知信息,告知用户的当前位置。因此,可以预期,当需要保护的用户发生危险情况时,他可以及时做出反应。
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Danger Situations Alert System based U-Healthcare
Recently, as interest in health increases, various wearable devices such as smart watch and smart band which can measure user's biometric information are being studied. Conventional wearable devices service the measured biometric information in a form that provides simple monitoring, disease prevention, and exercise amount. However, the user is Lack to deal with the dangerous situation. In this paper, we propose a hazard notification system to address these problems. The biometric information measured by the acceleration sensor and the heart rate sensor is transmitted to the application through the Arduino in real time. It identifies the risk situation through sensor priority measurement and risk situation identification algorithm. If a dangerous situation occurs, a notification message is sent to the guardian indicating the current location of the user. Therefore, it can be expected that if a dangerous situation occurs to a user who needs protection, he can respond promptly.
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