CAJ | 학술논문

为了提高慢性病危险因素的控制率，开发了危险因素状态控制方法及其移动式监控仪。监控仪采用了基于ARM920T内核的32 bit RISC微处理器S3C2410X作为控制器，以及SIEMENS公司支持GSM/GPRS的MC35i手机引擎(Cel ular Engine)作为通讯单元。验证性实验表明：状态控制法可以控制受控者的运动、饮食、吸烟、饮酒等危险因素，监控仪在状态控制中起关键作用。结论是状态控制方法及其移动式监控仪可以成为慢性病危险因素控制的一种新方法、新技术。
위료제고만성병위험인소적공제솔，개발료위험인소상태공제방법급기이동식감공의。감공의채용료기우ARM920T내핵적32 bit RISC미처리기S3C2410X작위공제기，이급SIEMENS공사지지GSM/GPRS적MC35i수궤인경(Cel ular Engine)작위통신단원。험증성실험표명：상태공제법가이공제수공자적운동、음식、흡연、음주등위험인소，감공의재상태공제중기관건작용。결론시상태공제방법급기이동식감공의가이성위만성병위험인소공제적일충신방법、신기술。
In order to improve the control rate of risk factors of chronic disease, it is developed a status control method of risk factor and its mobile monitor. The monitor uses 32 bit RISC microprocessor of S3C2410X as a control er based on ARM920T core, and MC35i cellular engine GSM/GPRS supported by SIEMENS as the communication unit. The proving tests show that the physical activity, diet, smoking and alcohol of the control ed people can be control ed using the status control method, and the monitor plays a key role in the method. The conclusion is that status control method and mobile monitor can become an alternation method and technology for the risk factor control of chronic disease.