对新时期数据采集与监视控制(supervisory control and data acquisition,SCADA)系统面临的主要问题进行了研究,提出了分布式数据采集的设想、二次系统一体化的统一电网模型,描述了适应大系统、大容量运行采用的雪崩处理技术、多源数据...对新时期数据采集与监视控制(supervisory control and data acquisition,SCADA)系统面临的主要问题进行了研究,提出了分布式数据采集的设想、二次系统一体化的统一电网模型,描述了适应大系统、大容量运行采用的雪崩处理技术、多源数据处理技术和多态技术等,为节省和加快各个自动化系统的统一建设、统一维护提供了必要的基础,使SCADA系统的应用能力和性能提高到了一个新的高度。展开更多
Increasing global competition forces manufacturers of products from alltechnical fields to guarantee a high product quality for a long period of time. At thesame time it is necessary to minimize production costs. In o...Increasing global competition forces manufacturers of products from alltechnical fields to guarantee a high product quality for a long period of time. At thesame time it is necessary to minimize production costs. In order to meet all theserequirements, on-line data acquisition and processing are of increasing importancein distributed automation systems. A software bus operating on industrial Ethernethas an ability to minimize operating costs by offering easy installation, scalability,high degree of reliability and remote monitoring and control.展开更多
文摘对新时期数据采集与监视控制(supervisory control and data acquisition,SCADA)系统面临的主要问题进行了研究,提出了分布式数据采集的设想、二次系统一体化的统一电网模型,描述了适应大系统、大容量运行采用的雪崩处理技术、多源数据处理技术和多态技术等,为节省和加快各个自动化系统的统一建设、统一维护提供了必要的基础,使SCADA系统的应用能力和性能提高到了一个新的高度。
文摘Increasing global competition forces manufacturers of products from alltechnical fields to guarantee a high product quality for a long period of time. At thesame time it is necessary to minimize production costs. In order to meet all theserequirements, on-line data acquisition and processing are of increasing importancein distributed automation systems. A software bus operating on industrial Ethernethas an ability to minimize operating costs by offering easy installation, scalability,high degree of reliability and remote monitoring and control.
