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Application of a concentrator of biomedical data in a telemedical modern system to diagnose people with heart disease

机译:生物医学数据集中器在远程医疗现代系统中用于诊断心脏病患者的应用

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The article presents the concept of building a prototype demonstration series concentrator to collect measurement data, data biological parameters of the patient as well as an information on immeasurable type, eg. stress, appetite, mood, etc. A special feature of the solution is the ability to work with biomedical devices, focusing a lot of types and models of sensors. Measured data are analog, but on the output of biomedical devices are sampled signal able to transmission to the communication channel and the collection of data in non-volatile memory. Therefore, an important element is also due to the nature of the data, the realization of self-diagnosis function. The aim of the task was to develop a prototype device, which is featured by small size. Great importance is also low power consumption by the device, because the device is powered from the battery. Since the device will work in the environment of the patient, necessary risk analyzes and tests of safety were performed. A separate block of tasks concerned the analysis of the components, such as processor, with particular emphasis on the economics of energy and ensure low energy to the work. The solution is focused on standard transmission media, having today special meaning: GSM, Wi-Fi, Bluetooth.
机译:本文介绍了构建原型演示系列集中器的概念,以收集测量数据,患者的数据生物学参数以及有关不可测量类型的信息,例如。压力,食欲,情绪等。该解决方案的一个特殊功能是能够与生物医学设备一起工作,能够集中处理许多类型和型号的传感器。测得的数据是模拟的,但在生物医学设备的输出上是采样信号,能够传输到通信通道并在非易失性存储器中收集数据。因此,重要的要素也是由于数据的性质,实现自我诊断功能。任务的目的是开发一种原型设备,该设备具有小巧的特点。设备的低功耗也很重要,因为设备由电池供电。由于该设备将在患者的环境中工作,因此进行了必要的风险分析和安全性测试。一个单独的任务块涉及对组件(例如处理器)的分析,尤其着重于能源的经济性并确保工作的低能耗。该解决方案专注于具有特殊意义的标准传输媒体:GSM,Wi-Fi,蓝牙。

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