介绍了整个测试系统的虚拟仪器软件框架和实现。
This paper mainly introduced the laser measure system on the SAR antenna stabilization platform test system.
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.
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.
该纺织机械整机测试平台包括多传感器、多功能数据采集卡、计算机及虚拟仪器软件。
The spinning mechanism test flat roof includes multi-sensors, multi-functions data collection cards, computer, and the virtual instrument software.
按照虚拟仪器软件设计要求和方法，设计了该系统的软件结构，规划出各个功能模块。
In accord with the principles of VI software development, the software structure and function modules of this testing system are carefully designed.
以此为理论基础，组建了由传感器、数据采集卡、虚拟仪器软件以及计算机等组成的放电检测系统。
With which as the theory base, the discharge auto detecting system made of sensors, data acquisition card, virtual instrument software and computer was established.
根据虚拟仪器软件系统的特点，论述了基于框架的虚拟仪器软件系统的实例表示方法和实例库的建造方法。
According to the characteristics of the software system of virtual instrument, the building method of a case library for software system of virtual instrument based on frame is discussed in detail.
通过有机地整合连线距离、逻辑关系、类型匹配等诸多因素，并利用生成虚拟仪器软件的逻辑顺序设计了自动连线方法。
The automatic wiring method was designed by integrating wiring distance, logical relation, type matching, etc. and using logical sequence of generated virtual instrument software.
同时还在虚拟仪器软件设计技术及虚拟面板操作设计规则方面作了一些探讨，这些规则同样也适用于其他装备测控软件系统的开发。
At last technique of virtual equipment software design and design rule of virtual panel are discussed, which can be applied to the development of other equipment testing and control software.
虚拟仪器是计算机和仪器技术深层次结合的产物，它将计算机硬件资源、仪器与测控系统硬件资源和虚拟仪器软件资源有效结合起来。
The virtual instrument results from technique of electronic measurement and computer. It combined computer hardware, measurement and its hardware, and software of virtual instrument.
虚拟仪器是数字信号处理与计算机技术相结合的产物，一般由硬件平台和应用软件两大部分构成。
Virtual instruments is a combination product of the digital signal processing and computer technology, generally composed of hardware platforms and software applications.
虚拟仪器技术因其强大优势，逐渐成为测试测量领域的主流技术，其关键是软件。
Virtual Instrument technology has been becoming the mainstream of measuring field because of its strong superiority, and the software is the key.
系统的硬件结构和软件实现均采用了虚拟仪器技术。
During the system implementation and software realization, the virtual instrumentation techniques were adopted.
介绍了虚拟仪器的概念，主要的优点，系统构成，包括硬件构成及软件构成。
The virtual instrument concept, its main advantages, system configuration, including hardware and software, are introduced.
软件是虚拟仪器设计中最重要的，也是最复杂的部分。
Software is the most important as well as the most complicated part in the design of virtual instrument.
还在虚拟仪器的概念上设计PC机终端软件，提供自动判读和网络传输功能。
Thee a software on PC based on the concept of virtual instrument are designs, which cananalysis the ECG data automatic and transmit on the network.
由此可以看到虚拟仪器是计算机硬件资源、仪器与测控系统硬件资源和测试软件资源三者的有效结合。
It has virtual faceplate, virtual instrument is an available unites of computer hardware resource, instrument and measure system hardware resource and testing software resource.
虚拟仪器中的软件与通用软件之间最大区别就在于它是以数据处理、仪器设备状态控制为核心工作内容的。
One of the remarkable differences between software in virtual instrument and current software was that the kernel of the former one was data processing and instrument state control.
基于配置文件的虚拟仪器测试软件实现了软件结构的可配置、软件代码的重用和硬件模块的互换，简化了系统集成。
The test software presented realizes the configurable software architecture, the reuse of software code and the interchange of hardware modules, which simplifies the system integration.
虚拟仪器是现代计算机软件技术、通信技术和测量技术相结合的产物。
Virtual instrument is an outcome of modern computer software technology and communication technology and measurement technology.
讨论了基于层次消息总线模式的智能控件化虚拟仪器开发系统的软件体系结构，分析了该模式所存在的问题。
The software architecture of the developing platform of Virtual Instruments based on Hierarchical Message Bus was discussed, and the problem of this mode was analyzed.
虚拟仪器由通用硬件平台和应用软件组成。
The virtual instrument consists of general hardware platform and application software.
本文介绍了一种基于虚拟仪器的新型超声功率检测系统的软件设计。
This paper mainly described the software design of a new type ultrasound power detecting system based on virtual instrument.
研究在基于可互换虚拟仪器的ATE测试系统中，测试软件的设计方法。
The design method of ATE test system software based on interchangeable virtual instrument is researched in this paper.
采用虚拟仪器技术完成了参数测试系统的设计，并编写测试软件。
The parameter test system adopts virtual instrument technic, it's test software has been completed.
硬件采用便携式工控机、通信接口卡和数据采集接口卡，软件基于虚拟仪器开发平台开发。
Hardware is designed based on portable industrial PC, data communication card and data acquisition card. Software is developed with virtual instrument development platform.
根据该原理形成的带系统标定专用处理软件的智能化系统辨识虚拟仪器，将具有广阔的应用远景。
Formed from the principle proposed in the paper, automatous system identification virtual instrument with special system demarcation process software will be widely applied to many fields.
介绍了虚拟仪器技术的概念，硬件和软件的基本组成。
The concept of virtual instrument technology and the basic composition of its hardware and software are presented.
第四章详细介绍了基于GPIB接口总线的虚拟仪器技术的软件设计，本地控制平台的工作流程。
In the forth chapter, software design of Virtual Instrument Technology based on GPIB-Bus, and working flow of local control flat will be introduced in detail.
介绍了使用软件方法，在虚拟仪器模式下，用任意波发生器产生精确相移与合成任意频率的周期信号。
A method of digital phase moving and frequency synthesizing by using software technique is introduced, it is upon the arbitrary waveform generator, and in the virtual instrumentation mode.
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