CAJ | 학술논문

针对射气应用研究及理论模型优化的智能需求，设计了结合物联网技术的射气分析系统。该系统在原有的射气模拟系统基础上，结合射频和传感技术，完成物联网环境下的射气智能分析系统的硬件设计。采用结构化设计完成了上位机的射气智能分析平台开发，利用射频及有线通信完成射气智能分析平台的实时监控模块设计。经测试，实时监控模块达到了零误差传输，从而证明了物联网技术引入射气研究领域的可行性，为射气的应用研究提供了广阔平台。
침대사기응용연구급이론모형우화적지능수구，설계료결합물련망기술적사기분석계통。해계통재원유적사기모의계통기출상，결합사빈화전감기술，완성물련망배경하적사기지능분석계통적경건설계。채용결구화설계완성료상위궤적사기지능분석평태개발，이용사빈급유선통신완성사기지능분석평태적실시감공모괴설계。경측시，실시감공모괴체도료령오차전수，종이증명료물련망기술인입사기연구영역적가행성，위사기적응용연구제공료엄활평태。
In accordance with the intelligence needs of the application study and theoretical model optimization for emanation, the emanation analytical system combining with IOT technology is designed. On the basis of the existing emanation emulated system, and combining with radio frequency and sensing technologies, the hardware design of emanation intelligent analysis system under IOT environment is accomplished. The development of the host computer emanation intelligent analysis platform is achieved by using modular design; and the design of the real time monitoring module of the emanation intelligent analysis platform is completed by using radio frequency and wire communication. The tests show that the real time monitoring module reaches zero error transmission. Thus the feasibility of introducing IOT technology into the research area of emanation is proved;this provides an broad platform for the application research of emanation.