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A novel approach for IoT based wearable health monitoring and messaging system

机译:一种基于IOT的可穿戴健康监测和消息传递系统的新方法

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摘要

A smart, non-invasive wearable physiological parameters monitoring device has been developed and reported in this paper. The proposed system monitors body temperature, heart rate and is able to detect fall of a human subject. The devise houses several sensors to measure vital parameters of an individual. A user interface platform on an android-based mobile phone has also been developed to keep track of the human health through a wireless network from anywhere in the world. The device detects whether a person is medically distressed and automatically sends a text message to his/her caregiver or to the concerned doctor for proper attention along with his/her location. The implemented heart rate sensor avoids the use of discrete components as compared to traditional photo-plethysmography (PPG) circuit. The proposed digital filter directly filtered the signal of TCRT1000 which is processed inside the programming board to increase the accuracy of heart rate measurement and to minimize the power consumption. The device is battery powered and can be easily adapted to monitor athletes, infants and old aged people. Finally, the overall heath credential is updated online on the developed Fusion table, which can be accessed via email.
机译:在本文中开发和报道了一种智能的无侵入性生理参数监测装置。所提出的系统监测体温,心率,能够检测人类受试者的堕落。设计设有几个传感器来测量个体的重要参数。还开发了基于Android的移动电话的用户界面平台,以通过从世界任何地方通过无线网络跟踪人类健康。该设备检测到一个人是否是医学上的苦恼,并自动向他/她的照顾者或有关医生发送短信,以适当地关注他/她的位置。实施的心率传感器避免了与传统的光学体积(PPG)电路相比使用离散组件。所提出的数字滤波器直接过滤了TCRT1000的信号,该信号在编程板内处理,以提高心率测量的精度,并最大限度地减少功耗。该装置是电池供电,可以轻松调整,以监控运动员,婴儿和老年人。最后,整个Heath凭证在开发的融合表上在线更新,可以通过电子邮件访问。

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