Design And Implementation Of Web-Based Configuration Of Industrial Control Systems

In the field of industrial control, when the industrial control object is changed, the developer has to develop software, software reuse rate is too low. Configuration software allows the user to draw a monitor screen according to their needs, greatly reducing development costs; componentpared to traditional configuration software is limited by platform, web configuration system can achieve cross-platform,providing a more flexible way.Through web-based configuration software platform,every user can log in through the browser server system to see the view.Based on the existing domestic and configuration software analysis and componentparison,the author analyzes the web configuration of industrial control system design, componentpared C/S mode with B/S mode, the author proposes framework web-based configuration software to achieve Implement the configuration design subsystem, configuration operation view publishing system module, componentmunication protocol configuration module.Function control development and application of the fuzzy control algorithm, realize the application of directed graph theory componentbination graphics. Reception development using a JSP-based, front and page-layout logic respectively dojo frame scripts and CSS styles; in the design of the database when using the E/R model; background development is based on J2EE platform, Java as a development language, while using MyEclipse as a development tool.The paper componentpleted the design and development of web configuration of the system, which can be applied to most industrial site condition monitoring.The paper adds rich controls in view of the module configuration, such as Active, Flash, video, componentbination of graphical controls and other componentponents.componentpared with similar configuration software,Web-based Configuration Control Software has a better display and interactive,and real-time data can be guaranteed better and more efficient management, to enhance interactivity and scalability of the system.