在软件部分中设计了符合VPP规范的仪器驱动程序和软面板程序。
For the software design, Instrument drivers, application, soft panel according with VPPare presented.
系统设计了A16/D16寄存器基接口电路，开发了软面板和仪器驱动程序。
The method to achieve circuit of A16/D16 register-based interface is put forward, the softpanel and drivers to apparatus are developed.
在虚拟仪器系统中，仪器驱动程序是连接仪器与用户界面的桥梁，是系统设计的一个关键。
In virtual instrument system, the instrument drivers are the Bridges between instrument and user interface. It is also the key technique of system design.
在此基础之上，介绍了虚拟仪器系统的软件结构，简要阐述了仪器驱动程序、VISA等相关技术。
On this basis, introduced a virtual instrument system, software architecture, brief description of the instrument driver, VISA and other related technologies.
利用仪器驱动程序、分类仿真驱动程序实现仪器仿真的方法以及IVI仿真驱动程序的两种仿真模式。
Finally, it gives the two ways that we implement instrument simulation with instrument-specific drivers and class driver, and two simulation mode of IVI simulation drivers.
超声检测虚拟仪器软件由超声检测卡驱动程序和超声检测虚拟仪器应用软件构成。
The software of the ultrasonic-testing virtual instrument is consisted of the device driver of the ultrasonic-testing card and the ultrasonic-testing virtual instrument application software.
开发驱动程序组件时应用了IVI技术的基本原理，仪器更换后只需利用配置工具更改配置文件即可，实现了仪器互换。
Because the base rule of IVI is used in the component, it can realize the interchange of instrument according to change the configure file by configure tool.
查找、下载或上传用于与NI产品和第三方仪器进行通信的驱动程序。
Find product downloads and drivers for NI products and 3rd party instruments.
完成了虚拟仪器软件——设备驱动程序和用户应用程序的设计。
The software is also designed, which includes the driver and user application.
完成了虚拟仪器软件——设备驱动程序和用户应用程序的设计。
The software is also designed, which includes the driver and user application.
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