基于物联网技术的射气监控系统实时化设计

The Real-Time Design of Monitor System for Emanation Under the IOT

根据射气自身运移机制实验研究的需要,尝试解决射气研究中实验环境无法理想化等问题。本文在物联网环境下结合智能感知、射频传输等硬件优势,配合软件工程设计思想完成射气监控系统的软硬件设计,实现环境参数准确测定和实时反馈等需求,达到系统智能实时化处理能力。经实验测试,射气监控系统完成了数据的准确传输,实现了实验环境的温湿度可测、可调,理论模型可优化,从而实现射气实验研究的智能实时化设计。为射气理论研究的物联网化融合提供了有效的研究方向。

The hardware and software design of emanation monitor system was designed by the technology combined the intelligent sensor,RFID and software engineering design philosophy under the IOT,to satisfied the emanation migration mechanism investigative demand and achieved the experiment environment needs. The environment parameter can be gotten in time by the intelligent communication module. The experimental results show that the transmission was finished accurate by emanation monitor system,the experimental environment is become measurable and adjustable,theory of Cluster model would be optimized and the system would be become intelligent by the method. The method using the IOT is effective to emanation study.