ivi

A Design method of ATE Test System Software Based on IVI

基于可互换虚拟仪器ATE测试系统软件设计

Study of Constructing An Test System Based On IVI

基于IVI技术构建测试系统的研究

Development of General Virtual Instrument Driver Programme Based on IVI Model

基于IVI模型的通用虚拟仪器驱动程序的开发

Arbitrary Function Generators Drive Design Based on Technology of IVI

基于IVI技术任意函数发生器驱动设计

Design of general virtual instrument drivers based on IVI interface

基于IVI接口的通用虚拟仪器驱动器设计

Design of instrument driver of digital storage oscilloscope based on IVI technology

基于IVI技术的数字存储示波器驱动程序的设计

Test Program Developing and Running Based on ATLAS Program and IVI Driver

基于ATLAS编程和IVI驱动的测试程序开发运行平台

Implementation of the Instrument Simulation Using IVI Mechanism

利用IVI机制实现仪器仿真

IVI Technology Used In Developing Virtual Instrument

用于虚拟仪器开发的IVI技术

Looking forward to the Trend for the Development of Virtual Instrument in View of IVI

从IVI展望虚拟仪器的发展前景

The automated test system using PXI and IVI technologies

基于PXI和IVI技术的自动测试系统

Research on Interchangeable Virtual Instrument Based on IVI Driver

基于IVIDriver的仪器互换性的研究

IVI Driver Design Standard Based on Signal Interface & IVI - Signal Interface and Its Application

基于信号接口的IVI驱动器设计标准&IVI-SignalInterface及其应用

In the paper , dynamic signal process system based on IVI ( Interchangeable Virtual Instrument ) is designed .

本论文主要实现一基于可互换虚拟仪器的动态信号处理系统。

Discussion on the configuration of virtual instrument and drivers criterions in IVI

虚拟仪器的构建及IVI规范下的驱动器

Design of CPCI 422 Driver Based on IVI Specification

基于IVI规范的CPCI422驱动程序设计

Among the Instrument Interchangeability solutions , IVI architecture is the most popularity .

在现有的仪器互换性方案中IVI标准是最流行的一个，而且，该标准得到了美国国防部的支持。

The system architecture and principles of technology based on SCPI , IVI and COM are discussed in this paper .

讨论了基于SCPI和基于COM技术的仪器可互换系统的仪器可互换基本原理，并详细讨论了基于动态链接库显式链接技术的仪器可互换系统的体系结构和仪器可互换原理。

Known well VPP criterion VISA ( Virtual Instrument Soft Architecture ) criterion and IVI criterion .

熟悉虚拟仪器软件结构（VISAVirtualInstrumentSoftArchitecture）和可互换虚拟仪器（IVI）规范。

The impacting degree of tourism activities on vegetation was confirmed by Impact Vegetation Index ( IVI ) .

本研究以植被影响指数（IVI）来衡量旅游活动对植被的影响。

CVI controls instrument through VISA or IVI driver .

CVI通过VISA或IVI仪器驱动器控制底层测试仪器。

Consequently , on studying on the IVI architecture , we propose a new open architecture to implement instrument interchangeability .

为此，本文对IVI的仪器互换机制进行了研究，并在此基础上提出了一种基于开放式体系结构的仪器互换性实现方法。

Design and realization of user-defined functions in IVI instrument-driver based on LabWindows / CVI

基于LabWindows/CVI平台的IVI仪器驱动器中自定义函数的设计与实现

It is cautious to use semen of the HBV infected patients in IVI or IVF .

将HBV感染者的精液用于人工授精或体外受精应慎重。

Based on instruments interchangeability , the concept and realization process of virtual resource based on IVI specification are expatiated in this paper .

简要介绍了高校图书馆的现状，论述了实体资源与虚拟资源的内容和获取方法，并对二者的关系进行了说明。

LabWindows / CVI Instrument Driver and IVI Architecture

LabWindows/CVI仪器驱动程序与IVI体系结构

IVI model extends the interoperability of the virtual instrument driver to instrument grade and provides a most advanced technology of exploring virtual instrument driver .

而IVI模型的提出把虚拟仪器驱动程序的互操作性推广到了仪器级，提供了一种目前最先进的虚拟仪器驱动程序开发技术。

IVI instrument drivers eliminate the test redundancy of virtual instrument system , improved test speed and raise interchangeability of the instruments . The architecture ?

IVI仪器驱动程序消除了虚拟仪器系统中的测试冗余，提高了测试速度和测试系统中同类仪器的互换性。

Third , introduce the knowledge of the instrument driver , and how to develop DSO instrument driver based on GPIB interface through the IVI method ;

然后介绍仪器驱动器相关知识和利用IVI仪器驱动器技术开发基于GPIB接口的数字存储示波器驱动程序的开发过程；

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 .

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。