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计算机系统应用英文版:2019,28(8):95-100
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应用Xen虚拟技术和新型渲染技术实现ZPMC第四代组态软件
(上海振华重工(集团)股份有限公司 智慧集团, 上海 200125)
Implementing Fourth-Generation ZPMC SCADA with Xen and Graphics Processing
(Smart Solutions Group, Shanghai Zhenhua Heavy Industries Co. Ltd., Shanghai 200125, China)
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Received:January 24, 2019    Revised:February 26, 2019
中文摘要: 信息化、智能化的时代迫切需要功能更强大、更灵活的工业监控,自主研发的组态软件能够提升码头监控系统的运作效率、满足集团公司的定制化需求、提升振华重工软件研发的核心实力.文章研究了振华重工新一代组态软件的整体设计架构、关键实现技术和实施效果,新架构的组态软件具有良好的系统交互式界面设计,通过虚拟化的Web及移动应用,实现集中部署,便于随时随地掌握生产运营、设备状态信息,首创多屏多画面映射技术,实现了屏幕与画面的动态配置,能够一机全景展示码头监控中的关键内容.新架构基础上的组态软件能够显著提高实时监控系统的效率,优化用户体验,对国内组态软件的研发与设计具有非常重要的借鉴价值.
Abstract:In the information and intelligence age, we urgently need more powerful and flexible industrial monitoring. The self-developed configuration software can not only improve the operational efficiency of the terminal monitoring system, but also can meet the customized needs of the ZPMC and enhance the core competitiveness of the company's software development. This work studies the overall design architecture, key implementation technology and implementation effects of the ZPMC new generation configuration software. The configuration software based on new architecture has a good systematic interactive interface design. It realizes centralized deployment by using the virtualized network and mobile applications, easily grasp the information of production operation and equipment status anywhere at any time. The pioneering technology of multi-screen mapping realizes the dynamic configuration and can display the key content of dock monitoring in a panoramic view with one computer. The configuration software based on the new architecture can significantly improve the efficiency of the real-time monitoring system and optimize the user experience. It has very important reference value for the development and design of domestic configuration software.
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吴波.应用Xen虚拟技术和新型渲染技术实现ZPMC第四代组态软件.计算机系统应用,2019,28(8):95-100
WU Bo.Implementing Fourth-Generation ZPMC SCADA with Xen and Graphics Processing.COMPUTER SYSTEMS APPLICATIONS,2019,28(8):95-100