Smart Design Module Optimization of Intelligent Instruments Considering Cloud Storage

Abstract

With the recent continuous development of the computer, digital communication and also control the digital communication and control technologies, there are many fieldbus instruments and devices based on embedded systems, the efficient and fast design will be essential. This article analyzes the smart design module optimization of the intelligent instruments by considering the cloud storage. The designed model has 2 focuses, namely, the efficient data storage and intelligent instruments design. For the data storage, the local+cloud scenario is considered, the developed solution supports the flexible collocation of the computing resources and the various storage resources through decoupling of computing resources and storage resources. For the instruments design, the HART protocol is the transitional protocol for the transition from general analog communication to the digital communication. And this is used for the design, it is found that the control system designed in this paper system is shorter than the traditional control system, effectively saving the control time of industrial automation instrumentation. Through the test, this study found that the designed control system is superior to the traditional control system in terms of reaction time, which means the designed idea is efficient.