水管理系统中的连接可视化服务

S. Enyedi, I. Stefan, L. Miclea, I. Stoian, D. Capatina
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引用次数: 0

摘要

大型水管理系统既有高动态部分,也有低动态部分。“慢”数据,包括日志和长期预测,不是时间关键型的,因此可以存储,并在有时间的时候进行数据分析或其他处理。然而,快速控制是由自动化SCADA例程管理的,它生成接近实时的数据,而且是相当多的数据。慢速数据和快速数据的可视化应该准确、及时地完成,包括在可视化过程中创建/存储的新数据。这项工作提出了一个快速、同步的解决方案,通过可视化网关从SCADA系统获取数据到客户端的查看器,并在必要时自动更新数据。访问是基于角色的,具有适当的凭据管理。通信是加密的,并且基于开放标准,因此可以开发更多的客户机和服务器模块。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Connected visualization service in a water management system
Large scale water management systems have both high dynamics and low dynamics parts. The “slow” data, comprising logs and long-term predictions, is not time-critical, and so it can be stored and put through data analytics or other processing, when there is time for it. The quick control, however, is managed by automated SCADA routines, which generate near real-time data, and quite a lot of it. The visualization of the slow and quick data should be done accurately and in a timely manner, including new data which is created/stored during the visualization. This work proposes a fast, synchronous solution to getting the data from the SCADA system, through the visualization gateway, to the client's viewer, and updating it automatically, when necessary. Access is role based, with proper credential management. The communication is encrypted and based on open standards, so that further clients and server modules may be developed.
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