CAJ | 학술논문

以国家自然科学基金项目“基于物联网技术的呼吸、脉搏异变及跌落的实时监测与报警的关键技术研究”为背景，提出基于无线传感器网络支持WiFi/3G/LTE协议标准中继传感节点构建的一个无处不在的实时医疗健康监测系统。在项目研究中，可穿戴式医疗传感设备是用来测量人类生命体征(如温度、血压、跌倒监测等)，设备中内置的无线通信模块通过公用无线通信网络定时传输到实时医疗监测及分析系统。本文研究的架构是借助无线通信网络技术和优势，采用无线中继低功耗技术，自动计算最短路径进行测量数据传输，提高传输效率，降低功耗影响。
이국가자연과학기금항목“기우물련망기술적호흡、맥박이변급질락적실시감측여보경적관건기술연구”위배경，제출기우무선전감기망락지지WiFi/3G/LTE협의표준중계전감절점구건적일개무처불재적실시의료건강감측계통。재항목연구중，가천대식의료전감설비시용래측량인류생명체정(여온도、혈압、질도감측등)，설비중내치적무선통신모괴통과공용무선통신망락정시전수도실시의료감측급분석계통。본문연구적가구시차조무선통신망락기술화우세，채용무선중계저공모기술，자동계산최단로경진행측량수거전수，제고전수효솔，강저공모영향。
Based on the National Natural Science Fund Project which is Key technology problem research for drop and vital signs monitoring and real-time alarm system based on IoT (number 61171190) as the background. An advanced ubiquitous healthcare monitoring system is proposed with the aid of wireless sensor network based on the WiFi/3G/LTE relay sensor nodes. In this work, wearable healthcare devices are used to measure the human body vital signs (for example: Temperature, pressure, fall monitoring), Device built-in wireless communication module via a public wireless communication network to transmit real-time medical monitoring and analysis system. Our propose to set up framework through a wireless communication network technologies and the advantages of using low-power radio relay technology to automatically calculate the shortest path measurement data to improve the transmission efficiency, lower power consumption impact.