基于IEEE11073协议的健康监护系统的设计与实现

发布时间：2018-06-29 11:37

本文选题：健康监护系统 + IEEE11073　；参考：《北京邮电大学》2016年硕士论文

【摘要】：随着生活水平的提高,人们越来越关注个人健康状况。而人口老龄化、亚健康问题的加剧,导致医疗资源无法满足社会需求。物联网和移动互联网技术的快速发展,为健康监护提供了有力的技术支持。人们可随时采集生理数据,通过蓝牙、zigbee等通信技术传输到移动终端,还可进一步上传到远程服务器。目前,国内现有的健康监护还存在很多问题,其中最亟待解决的是设备制造商和健康服务提供商都使用私有协议,个人健康设备与外界之间缺乏通信标准。这就导致不同厂商制造的设备、终端以及服务之间无法实现互连互通,要有效地将个人健康设备采集到的生理数据传输到远程支持服务器非常困难。健康数据通信协议的标准化,不仅使制造商和服务提供商降低生产成本、扩大市场范围,还使用户以更低的费用获取更多元化的健康监护服务。在国际上,来自国际企业、规范机构和专业协会的代表共同制定ISO/IEEE11073 Personal Health Device系列标准。本课题首先分析健康监护市场和IEEE11073 PHD协议的发展状况,认为IEEE11073将会成为健康领域的核心标准。本文基于11073协议设计了一套健康监护系统,它由血压计、Android智能终端和远程支持服务器组成,通过蓝牙HDP和HTTP协议进行数据传输。蓝牙HDP协议栈的底层通过蓝牙技术通信,而应用层通过11073封装数据。Android智能终端软件接收并显示来自血压计的信息,同时提供用户管理、紧急呼叫、数据存储等功能模块。服务器端软件利用Tomcat技术搭建虚拟服务器,并使用Servlet+JSP实现服务器功能,医生可通过浏览器查看用户记录。健康监护系统的设计完成后,分别对每个功能模块进行了测试,测试结果证明IEEE11073协议在健康监护系统中可行。这为今后健康协议的标准化提供了重要依据。
[Abstract]:With the improvement of living standards, people are paying more and more attention to personal health. The aging of the population and the intensification of the sub health problems have led to the lack of medical resources to meet the needs of the society. The rapid development of the Internet of things and mobile Internet technology has provided a strong technical support for health care. People can collect physiological data at any time, through Bluetooth, Zi Gbee and other communication technologies are transmitted to mobile terminals and can be further uploaded to remote servers. At present, there are many problems in the domestic health care system. Among them, the most urgent problem is the use of private agreements between equipment manufacturers and health service providers, and the lack of communication standards between individual health equipment and the outside world. This leads to different factories. It is difficult to transfer the physiological data collected by personal health devices to remote support servers effectively. The standardization of the health data communication protocol will not only reduce the cost of production, expand the market range, but also make the users more effective. Low cost access to a more diversified health care service. Internationally, representatives from international enterprises, regulatory agencies and professional associations jointly formulate the ISO/IEEE11073 Personal Health Device series standards. This topic first analyzes the development of the health care market and the IEEE11073 PHD protocol, and believes that IEEE11073 will become a health field. Based on the 11073 protocol, this paper designs a set of health monitoring system, which consists of the sphygmomanometer, Android intelligent terminal and remote support server. The data transmission is carried out through Bluetooth HDP and HTTP protocol. The Bluetooth HDP protocol stack is communicated by Bluetooth technology at the bottom of the Bluetooth protocol stack, and the application layer encapsulates the data.Android intelligent terminal software through the package of data. Receive and display information from the sphygmomanometer, and provide user management, emergency call, data storage and other functional modules. Server software uses Tomcat technology to build virtual servers, and uses Servlet+JSP to implement server functions. Doctors can check users' records through browsers. The test results show that the IEEE11073 protocol is feasible in the health monitoring system, which provides an important basis for the standardization of health protocols in the future.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52;TP274

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