With the development and improvement of computer,digital communication and digital control technology in recent years,many bus type instruments have been formed for embedded controller design.In order to achieve the purpose of intelligent instrument control system efficient,fast and shorter response time,the optimization of intelligent design module for data cloud storage of gas ultra-sonic flowmeter was studied.The process method design of efficient data storage of local storage+cloud storage scenario model was proposed,and the effective combination of computing resources and various storage resources was realized by realizing the effective de-coupling of computing resources and storage resources.The intelligent instrument control system was designed by ARM architecture,HART protocol and Lab VIEW programming system of laboratory virtual instrument engineering platform.The experimental results of u-sing the standard wind tunnel laboratory to test two different scenarios confirmed that the cloud storage control system had a shorter re-sponse time to the environment than the traditional control system,and at the same time,it was more effective in saving response time to industrial intelligent instruments and meters compared to traditional control systems.The conclusion shows that the cloud storage design concept is efficient and has achieved good results,which is of great significance to solve the high efficiency and speed of intelligent in-strument control system.
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