远程无线健康监测系统

B. Priya, S. Rajendran, R. Bala, R. Gobbi
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引用次数: 40

摘要

近年来,移动电话技术取得了进步。除了传统的语音数据传输外,许多创新的移动电话应用也得以实现。短信服务(SMS)最初是由服务提供商开发的用于发送状态信息的服务,最近在包括商业事务在内的许多应用中得到了应用。在这个项目中,开发了一个能够发送与患者健康状况相关的短信的无线健康监测系统的原型。该项目可分为数据采集、数据处理和通信三个阶段。数据采集阶段由监测温度和脉搏率的传感器组成。传感器输出转换为数字形式,由Basic Stamp微控制器读取,该微控制器进行一些处理,并通过串口发送给Visual Basic™数据处理软件。在Visual Basic中开发了各种GUI表单,如患者信息,以协助数据处理。可设置测量数据的临界值;超过此值,Visual Basic将启动通信单元向预定义的移动号码发送SMS。当检测到异常或达到阈值时,监控系统通过GSM设备/短信网关自动将信息以短信的形式传输到移动网络上医生的手机上,同时系统会定期更新医院数据库。对于项目的每个阶段,考虑了各种设计方案,并选择了最佳方案。该项目作为向医生发送有关患者信息的短信的原型是成功的。由于在这个项目中只有一个原型,由于成本和可用性因素,选择或模拟可用的传感器而不是使用生物医学传感器会损害传感器的准确性和其他数据采集功能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Remote wireless health monitoring systems
Mobile phone technology has advanced in recent year. Many innovative applications with mobile phones were implemented apart from the conventional voice data transfer. Short Message Service (SMS) originally developed for sending status information by the service providers have found numerous applications recently including business transactions. In this project, a prototype of a wireless health monitoring system capable of sending SMS related to the health status of the patient is developed. The project can be divided in to three stages of data acquisition, data processing and communication stages. A data acquisition stage consists of sensors to monitor the temperature and pulse rate. The sensor outputs are converted to digital form and read by a Basic Stamp microcontroller which does some processing and is sent through the serial port to the Visual Basic™ data processing software. Various GUI forms like patient information are developed in Visual Basic to assist in data processing. Critical values of the measured data can be set; exceeding which the Visual Basic will initiate the communication unit to send SMS to the predefined mobile numbers. When anomalies are detected or a threshold is reached, the monitoring system automatically transmits the information to the doctor's hand phone on the mobile network as a SMS message via a GSM device / SMS gateway and at the same time the system will update the hospital database periodically. For each stages of the project various design options were considered and the best one is chosen. The project was successful as a prototype to send SMS regarding the patient info to the doctors. Since only a prototype was intended in this project, sensors accuracy and other data acquisition features were compromised by choosing or simulating the available sensor rather than using biomedical sensors due to cost and availability factors.
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