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Visualized and automatic measurements based on graphical programming

机译:基于图形化程序的可视化和自动测量

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摘要

With the rapid development of digital instruments, there are increasing needs in medium and small sized enterprises to replace analog meters with digital ones. For utilization of such digital meters we have to set Up specialized software However, shortage of available software prevents us from manipulating effectively various functions equipped with the meters. It has been known that the graphical programming (Virtual Instrumentation) method is capable of visualizing measurement and control processes in the windows environment. In this paper, based on Virtual Instrumentation we report experimental results on effective visualized and automatic measurements. The results are obtained for calibration of multimeters and powermeters of typical digital instruments. To this end, we designed a virtual instrument for measurements, and we made a table available for processing data by utilizing the recent ActiveX.
机译:随着数字仪器的快速发展,中小型企业对用数字表代替模拟表的需求不断增加。为了利用这种数字仪表,我们必须设置专用软件。但是,由于缺少可用的软件,我们无法有效地操纵仪表所配备的各种功能。已知图形编程(虚拟仪器)方法能够在Windows环境中可视化测量和控制过程。在本文中,基于虚拟仪器,我们报告了有效的可视化和自动测量的实验结果。获得的结果可用于校准典型数字仪器的万用表和功率计。为此,我们设计了一种用于测量的虚拟仪器,并通过使用最新的ActiveX使表可用于处理数据。

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