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SCADAConnect: Connecting the Real and Virtual Worlds

机译:SCADAConnect:连接现实世界和虚拟世界

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Water Distribution Modelling and SCADA (Supervisory Control and Data Acquisition) technologies have evolved immensely in recent decades. A few years ago, integrating SCADA with a water-distribution model such as Haestad Methods WaterCAD or WaterGEMS would have been a formidable task due to technological limitations. However, because of advances in available software, integration of the two technologies is now a realistic target. With the advanced database connection tools available in Haestad Methods WaterCAD/GEMS, it is relatively easy to set up connections between the SCADA system and the model to import the SCADA data. However, this procedure requires the operator to first extract the relevant data from the SCADA system and place it in a formatted data file. Then, the modeller must import the data into the model. This procedure is illustrated in Figure 1.
机译:近几十年来,水分配模型和SCADA(监督控制和数据采集)技术得到了巨大的发展。几年前,由于技术限制,将SCADA与诸如Haestad Methods WaterCAD或WaterGEMS之类的水分配模型集成在一起将是一项艰巨的任务。但是,由于可用软件的进步,两种技术的集成现在已成为现实的目标。使用Haestad Methods WaterCAD / GEMS中可用的高级数据库连接工具,在SCADA系统和模型之间建立连接以导入SCADA数据相对容易。但是,此过程要求操作员首先从SCADA系统中提取相关数据并将其放置在格式化的数据文件中。然后,建模者必须将数据导入模型。此过程如图1所示。

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    《Water》 |2004年第6期|p.69-74|共6页
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  • 正文语种 eng
  • 中图分类 市政工程;
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