CAJ | 학술논문

研究设计一种家用，对多种人体生理数据进行监测的监护系统。提出一种以MSP430微控制器为处理核心，以CC2540低功耗蓝牙4．0为无线数据传输的设计方案，包括工作原理、硬件设计和软件的设计实现。实验结果表明该系统能够可靠地采集并监测用户的ECG（心电图）、PPG（血氧波形图）、心率、spO2（血氧饱合度）、体温及血压数据，能与智能手机通讯并上传数据到远端的监护中心进行进一步分析与诊断。本系统为物联网技术和嵌入式系统在远程医疗健康监护中的应用提供了一套稳定可靠的解决方案。
연구설계일충가용，대다충인체생리수거진행감측적감호계통。제출일충이MSP430미공제기위처리핵심，이CC2540저공모람아4．0위무선수거전수적설계방안，포괄공작원리、경건설계화연건적설계실현。실험결과표명해계통능구가고지채집병감측용호적ECG（심전도）、PPG（혈양파형도）、심솔、spO2（혈양포합도）、체온급혈압수거，능여지능수궤통신병상전수거도원단적감호중심진행진일보분석여진단。본계통위물련망기술화감입식계통재원정의료건강감호중적응용제공료일투은정가고적해결방안。
We designed a human vital signs monitoring system based on multiple wearable sensors.It consists of an MSP430 mi-cro-controller for the central processing and a CC2540 SoC for the Bluetooth low-energy based on wireless data transmission.This paper presented its working principles, hardware design, software design and experiments.Experimental results show that the sys-tem can reliably capture and monitor the user's ECG ( electrocardiogram) , PPG ( photoplethysmography) , heart rate, spO2 ( oxy-gen saturation) , body temperature and blood pressure.It also can communicate with smart phones and then upload the data to a remote monitoring center for further analysis and diagnosis.This system provides a reliable solution for tele-healthcare supported by the technologies of Internet of things and embedded systems.