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Virtual Instrumentation Interface for SRRC Control system

机译:SRRC控制系统的虚拟仪表界面

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Virtual instrumentation system has been developed for the control system of SRRC. Almost of the measurement instruments are to provide IEEE-488 interface, they are distributed around the accelerator facilities, the virtual instrumentation system connects these instruments by local area network, Ethernet, to GPIB adapter. The man-machine interface developed by using LabVIEW, which is running at Sun's workstation. The workstation to be played as an instrument server, the operator can access remote instruments simply by point and click operation. The information provided by instruments can be analyzed and extracted the desire machine parameters at workstation. The main control system can access these parameters by standard network protocol. The major goals of the virtual instrumentation interface are to provide the automatic measurement of the machine parameters and to minimize the interlude of the machine physicists and operators. Machine parameters, such as tune, beam spectrum, filling pattern, bunch length, can be online displayed at main control panel or archived for various applications.
机译:已经为SRRC的控制系统开发了虚拟仪器系统。几乎是测量仪器是提供IEEE-488接口,它们围绕加速器设施分发,虚拟仪表系统通过局域网,以太网,GPIB适配器连接这些仪器。使用LabVIEW开发的人机界面,该界面正在Sun的工作站运行。要作为仪器服务器播放的工作站,操作员可以简单地按点访问远程仪器,然后单击“操作”。可以分析仪器提供的信息,并在工作站上提取了欲望机参数。主控制系统可以通过标准网络协议访问这些参数。虚拟仪表界面的主要目标是提供机器参数的自动测量,并最大限度地减少机械物理学家和运营商的插入。机器参数,如曲调,光束谱,填充图案,束长度,可以在线显示在主控制面板上或用于各种应用程序的存档。

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