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摘要随着物联网技术的快速发展和它所具有的巨大潜力，众多领域都已经开始讲物联网技术作为其未来发展的主要动力。随着生活质量的提高，人们更加注重个人身体健康，对于医疗服务的要求也在提高。传统的医疗服务在实现成本和基础设施上，无法给普通家庭提供廉价专门的医疗服务。正是为了弥补传统医疗的不足适应人们需求的变化，远程医疗监护才得以迅速发展。远程医疗监护系统能够将在家看病成为现实，这对于老年人和慢性病人意义重大。将物联网技术应用在医疗监护系统上会很有力地促进我国医疗卫生事业的健全发展。37733
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本文所设计的医疗监护系统正是基于物联网技术，以家庭应用为背景，由生理信息采集模块、管理控制模块和远程医疗监护中心三部分构成。生理信息采集模块和管理控制模块采用了超低功耗的ZigBee实现芯片CC2530。生理信息采集模块由体温测量、脉搏测量、心电测量和呼吸测量四个部分组成，用于完成对于监护对象的体温、脉搏、心电和呼吸的测量。生理信息采集模块使用无线传输方式将获取的生理数据发送给管理控制模块。管理控制模块将汇集的数据传送至计算机，由计算机将监护对象的生理信息传送至远程医疗监护中心。医疗监控中心通过分析监护对象的生理信息进行分析，由医疗专家给出专业及时有针对性的医疗建议。本文重点介绍了生理信息采集模块和管理控制模块的硬件电路设计，并设计了相应的软件工作流程图。
毕业论文关键词：物联网 医疗监护 ZigBee CC2530
Abstract With the rapid development of Internet of Things(IOT)technology and its great potential, many areas have begun to take IOT as the main driving force for its future development. With the improvement of living standards,people become paid attention to personal health and the demand for health is increasing. In the view of cost and limited infrastructure , the traditional medical service can not timely provide a cheap special medical service for a normal family. It is just a appropriate supplement to the traditional medical treatment , so remote medical monitoring could develop rapidly. Remote medical monitoring system will be able to make it true,which people could get medical treatment at home, especially foe the elderly and chronic patients. The application of the Internet of things will be a strong impetus to the development of Chinese medical service in remote medical monitoring system.
In this paper, the home remote health care system discussed is based on the development Internet of things technology. The system is composed of physiological data acquisition module, management-control module and remote medical monitoring center. The physiological data acquisition module and control module uses ultra low power ZigBee chip ---CC2530. The physiological data acquisition module is composed of four parts, temperature measurement, pulse measurement, ECG measurement and respiration measurements, and is used for measuring temperature, pulse, ECG single and respiratory pulse. The physiological data acquisition module use wireless communication to sends data to the management control module. And Management control module will bring together the data from the physiological data acquisition module and then sends those physiological data to the computer, and the computer will sent those to the remote medical monitoring center. Through the analysis of the physiological data from the monitoring object, the medical monitoring center by medical experts will give professional and timely medical advice. This paper introduces the hardware circuit design of data acquisition module and management control module, and also provides the related software program.
Key words: IOT Medical monitoring ZigBee CC2530
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