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Integrated Application Research About the Necklace Type Wearable Health Sensing System Under the Internet of Things

机译:关于物联网下项链型可穿戴健康传感系统的综合应用研究

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The Wearable Health Sensing System (WHSS) is to integrate the various sensors on the necklace, which is convenient for the real-time detection of human life and health, meanwhile to use the data processing ability of portable handheld terminal and coordination with the application of APP interaction to make the health assessment, diet care information pushing, and the emergency medical treatment true. This paper puts forward a scheme that integrating the multiple health sensors on the necklace, which includes the movement frequency, heart rate, sweat, skin tissue fluid, ECG, blood oxygen saturation, skin moisture, body fat, etc., objecting to setup a dynamic and collaborative monitoring physiological data under the daily life and the complicated working environment by means of a lower physiological and psychological load. Three modules are designed for WHSS: sensor integration module, power supply and power module, and signal integration and network transmission module. Corresponding sensors are chosen for WHSS according to various application requirements. Existing disturbances affect the accuracy and reliability of the judgment about the health feature points, accordingly the anti-interference processing is carried out. WHSS has only integrated multi-sensor without setting powerful data processing unit, so the captured signal is extended to handheld terminals to display and control in accordance with the processing ability of formalities terminal. The function model of data fusion system is setup, the level of the data fusion system is analyzed, the data fusion algorithm is realized, and the Multi-sensor system identification technology is studied. Due to the automatic comprehensive analysis capabilities of the multi-sensor system identification technology, it could be more effective and accurate to reflect the physical status of the object than any single sensor in the system. Under the environment of the Internet of things, the fusion of multiple data display control from WHSS, can accurately obtain the health information, and sets up the health system security network to a certain extent.
机译:可穿戴的健康传感系统(WHS)是将各种传感器集成在项链上,这方便实时检测人类生活和健康,同时使用便携式手持终端的数据处理能力和与应用的协调应用互动使健康评估,节食信息推动,以及紧急医疗的真实。本文提出了一种将多个健康传感器集成在项链上的方案,其中包括运动频率,心率,汗液,皮肤组织液,心电图,血氧饱和度,皮肤水分,体脂等,对象设置a通过较低的生理和心理负荷,动态和协作监测日常生活和复杂的工作环境下的生理数据。三个模块设计用于WHS:传感器集成模块,电源和电源模块,以及信号集成和网络传输模块。根据各种应用要求,为WHS选择相应的传感器。因此,现有的扰动影响关于健康特征点的判断的准确性和可靠性,因此执行抗干扰处理。 WHS仅具有集成的多传感器而无需设置强大的数据处理单元,因此捕获的信号扩展到手持终端以根据手术终端的处理能力显示和控制。数据融合系统的功能模型是设置的,分析了数据融合系统的电平,实现了数据融合算法,研究了多传感器系统识别技术。由于多传感器系统识别技术的自动综合分析能力,它可能更有效和准确,以反映对象的物理状态而不是系统中的任何单个传感器。在内容互联网的环境下,来自WHS的多个数据显示控制的融合可以准确地获得健康信息,并在一定程度上设置健康系统安全网络。

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