School of Physical Education, Anhui Polytechnic University, Wuhu 241000, China.
J Healthc Eng. 2021 Nov 15;2021:5208976. doi: 10.1155/2021/5208976. eCollection 2021.
In recent years, with the rapid development of network communication, 5G technology has brought about higher network speed and more communication requirements. Internet of Things technology has been widely used in many fields. Therefore, this paper realizes the physical health monitoring system under the Internet of Things and 5G communication technology to detect the physical health of teenagers in real time. Based on the in-depth analysis of the theoretical research and application status of the healthy Internet of Things at home and abroad, this paper first studies the theories and methods of teenagers' physical health information collection, collects human body temperature and movement steps, respectively, through wearable devices based on RFID anticollision algorithm, and further estimates human health and movement. The prototype system of the adolescent physical health monitoring system is realized. The system is divided into the terminal node and client information management system: (1) The terminal node is divided into information collection node and information collection node. The hardware circuit of the collection node mainly includes a microcontroller module, a sensor module, and a power circuit, and the collection node mainly includes a microcontroller module, a serial port module, and a power circuit. (2) The client information management system is divided into PC end and the mobile end. The PC end uses asp.net and SQL Server technology to design the database and user interface, and the mobile end uses WeChat public platform for development and design.
近年来，随着网络通信的飞速发展，5G 技术带来了更高的网络速度和更多的通信需求。物联网技术已广泛应用于许多领域。因此，本文实现了基于物联网和 5G 通信技术的物理健康监测系统，以实时检测青少年的身体健康。在深入分析国内外健康物联网的理论研究和应用现状的基础上，本文首先研究了青少年身体健康信息采集的理论和方法，分别通过基于 RFID 防碰撞算法的可穿戴设备采集人体体温和运动步数，进一步估算人体健康和运动情况。实现了青少年身体健康监测系统的原型系统。系统分为终端节点和客户端信息管理系统：（1）终端节点分为信息采集节点和信息采集节点。采集节点的硬件电路主要包括微控制器模块、传感器模块和电源电路，采集节点主要包括微控制器模块、串口模块和电源电路。（2）客户端信息管理系统分为 PC 端和移动端。PC 端采用 asp.net 和 SQL Server 技术设计数据库和用户界面，移动端采用微信公众平台进行开发和设计。
