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Practical laboratory project in telemedicine: Supervision of electrocardiograms by mobile telephony

机译:远程医疗实践实验室项目:通过移动电话监督心电图

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This paper describes a project carried out in the laboratory of Principles of Bioengineering within the Telecommunications Engineering degree (five academic years plus a final thesis). The main object of this project is to set up a portable system for the acquisition, analysis, and transmission by mobile telephony of the electrocardiogram (ECG) of an indeterminate number of patients. The network of patients is managed from a control center (CC), comprising a personal computer (PC) with application software and a mobile telephony communications system. In a real system, each patient would have a patient terminal with a microprocessor-based, ECG-acquisition system with processing and transmission by mobile telephony. Time and technical considerations mean that, in the project, the patient terminal will have to be implemented in a PC. To perform this project, the students must have a wide range of knowledge acquired in this course and in other subjects required for this degree: design of bioamplifiers, information-processing algorithms, mobile-telephony communications, user-interface programming, etc. Having to use these concepts will no doubt serve as a stimulus to the students carrying out the work.
机译:本文介绍了在电信工程学位(5个学年加最后一篇论文)内在生物工程原理实验室进行的项目。该项目的主要目的是建立一个便携式系统,用于通过移动电话采集,分析和传输不确定数量的患者的心电图(ECG)。患者网络由控制中心(CC)进行管理,控制中心包括带有应用软件的个人计算机(PC)和移动电话通信系统。在真实的系统中,每个患者都有一个带有基于微处理器的ECG采集系统的患者终端,该系统具有通过移动电话进行处理和传输的功能。时间和技术方面的考虑意味着,在该项目中,患者终端必须在PC中实现。要执行此项目,学生必须在本课程以及该学位所需的其他主题中获得广泛的知识:生物放大器的设计,信息处理算法,移动电话通信,用户界面编程等。使用这些概念无疑会刺激学生进行这项工作。

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