物联网系统监测老年人健康状况

Theodosie Uwizeyimana, Alexander Ngenzi, Enan M Nyesheja M.
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引用次数: 0

摘要

老年人面临着不同的老年疾病,其中一些疾病转化为慢性病。然而,没有帮助,老年人是无助的。甚至告诉别人他们的健康问题对他们来说都是一个挑战。在发展中国家,包括物联网在内的新技术正被用于监测老年人的健康和活动,从而使他们能够在年老时安全独立地生活在家中。这项研究旨在设计和原型系统,旨在帮助改善撒哈拉以南非洲老年人的健康。这可以通过提供一种相对简单的方法来远程监测老年人的健康状况,定期提供老年人的生命体征信息,在发生紧急情况时自动警报,并跟踪老年人的位置来实现。因此,我们提出了上下文感知和基于物联网的系统架构,以改善非洲老年人的健康监测,从而提高老年人的生活质量。该系统采用心跳传感器、温度传感器和GPS模块采集数据,以Arduino Uno为微控制器。采集到的数据通过GSM模块发送到云端。云数据被存储、处理、分析,然后发送给护理人员和医生。该系统将使老年人能够从任何地点获得实时健康信息和药物,从而提高他们的生活质量。此外,它将使医疗保健从业者能够远程监控他们。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT system to monitor health conditions of elderly
Elderly people face different old-age-related diseases where some of such diseases transform into chronic diseases. However, without assistance, aged persons are helpless. Even informing someone about their health issues is a challenge for them. In developing countries new technologies, including the internet of things, are being used to monitor old adults’ health and activities, thus enabling them to live safely and independently at home as they age. This study aimed at designing and prototyping a system intended to help improve the health of elderly people in Sub-Saharan Africa. This can be achieved by providing a relatively easy way to monitor the health of elderly people remotely and provide vital signs information of elderly people periodically with automatic alerts in case of emergency issues and tracking the location of elderly people. Therefore, architecture for context awareness and IoT- based systems is proposed to improve the health monitoring of elderly people in Africa and thus improve the quality of life of elderly people. The system uses a heartbeat sensor, Temperature sensor, and GPS Module to collect data with Arduino Uno as Microcontroller. The collected data is sent to the cloud using GSM Module. The cloud data is stored, processed, analyzed, and then sends to the caregiver and Doctor. This system will enhance the quality of life for elderly people by enabling them to get real-time health information and medication from any location. Additionally, it will enable healthcare practitioners to remotely monitor them.
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