本文论述了虚拟仪表的设计过程和设计思想。
This paper discussed the design process and design idea of the virtual instrument system.
采用了虚拟仪表技术，对计数脉冲进行自适应修正。
Adopted the virtual instrument technology, the count pulse is revised by self-tuning.
文章的第一部分对虚拟仪表的设计给予总体的分析和评价。
The first part of this paper gives the analysis and appraisal to the design of VI as a whole.
虚拟仪表筛选、分析、判断并显示各测控模块发给总线的报文。
Virtual instruments select, analyze and judge, display messages sent by each test module.
本文介绍了利用BMP图象设计虚拟仪表的方法。给出了其C语言函数。
This paper introduces the method of designing virtual instrument with BMP pictures, giving C functions.
该方法与虚拟仪表技术结合在一起，构成了一个高效率的发动机测控系统。
This method, when combined with the virtual instrumentation technology, forms a highly efficient system of engine measurement and control.
车辆底盘综合电子系统虚拟仪表由PC 104主板和CAN控制器构建而成。
Virtual instruments of integrated electronic system based on CAN bus for automobile chassis consists of PC104 and CAN bus controllers.
介绍了虚拟仪器的概念及一种基于虚拟仪表技术的液压传动计算机辅助测试系统。
The Concept of a virtual instrument and the computer aided testing system for hydraulic based on technology of virtual instruments are represented in this paper.
该装甲战车虚拟仪表系统架构是基于CAN总线，以嵌入式计算机PC 104为核心。
This virtual instrument system of armor vehicles is based on the CAN bus with the embedded computer PC104 as its center.
基于虚拟仪器的试验测试系统是应用虚拟仪表技术和计算机技术组成的虚拟试验测试系统。
Long-distance test measuring system based on virtual instrument is virtual test measuring system consisted of virtual instrument technology and computer technology.
虚拟仪表是模拟飞行器或汽车的虚拟场景中必不可少的元素，为虚拟场景提供了良好的人机交互界面。
Virtual instruments are important elements in a virtual scene which contain virtual flying objects or automobiles to provide interactive interface between operators and the scene.
将数据封装成结构体进行传输，接收到数据后将其内存拷贝到接收结构体中进行解析并驱动相应虚拟仪表。
Data are packed into struct to transfer. Received data are memory copied to receive struct to drive relative virtual instrument.
本文将嵌入式计算机技术，虚拟仪器技术和CAN总线数据传输技术引入到车载仪表中，设计、研制了嵌入式车载虚拟仪表。
In this paper, the embedded technology, virtual instrument technology and CAN bus technology have been applied to design, and manufacture the onboard virtue instrument.
介绍一种使用虚拟仪表技术，利用分布式控制系统(DCS)本身资源在复合肥dcs中设计通用配料系统的设计思想和方法。
A method on how to design a general feeding system in mixed fertilizer DCS is introduced, which USES virtual instrument and DCS resources in itself.
提出虚拟机舱，虚拟集控室，虚拟驾驶台，虚拟控制仪表板的新概念并讨论其可实现性。
The new concepts of virtual cabin, virtual central control room, virtual bridge and virtual control panel are presented and discussed.
该仪表以DSP，CPLD和虚拟仪器技术为开发背景，具有体积小、重量轻、通用性强、性能可靠等优点。
This instrument depends on DSP, CPLD and virtue instrument. It has many merits, for example, small bulk, lightweight, strong currency, trusting performance, ect.
本文针对传统指针仪表用手动方式来完成轴瓦高出度、平行度测试存在的不足之处，提出了基于虚拟仪器的轴瓦测试系统。
In this paper, aim to the problem of testing for conventional instrument by hand, bearing bush testing system based on virtual instrument is presented.
本文把虚拟仪器与温度二次仪表检定相结合，构建了基于虚拟仪器的温度二次仪表校准系统。
The temperature calibration system based on virtual instrument is developed by combining virtual instrument and the technology of temperature calibration in this paper.
虚拟仪器技术是一个新兴的软件应用技术，它开辟了仪器仪表行业的新局面。
Virtual instrument technology is a new type applicable software which paves a new way for the instrument industries.
虚拟仪器是计算机技术在仪器仪表领域中应用所形成的一种新型的、富有生命力的仪器种类，它将逐步取代传统电子仪器。
Virtual instrument is a new vivid kind of instruments created by using computer-technique in the filed of apparatus, it will gradually replace conventional instrument.
虚拟仪器是当今测控领域的技术热点，是计算机技术、仪器仪表技术和其它技术完美结合的产物。
At present, Virtual instrument is a hot technology in the field of measurement and control, which is the full combination of computer technology, instrument technology and other technologies.
虚拟仪器技术是计算机技术和传统的仪器仪表技术相结合的产物。
Virtual instrument technology is an outgrowth of the combination of computer technique and traditional instruments and meters technique.
该系统可以建立一个虚拟三维空间，仪器仪表的结构模型就建立在该空间中，开发人员由此可以检验仪器仪表机构设计的有效性。
The system can create a virtual 3d space where the design of structure will be finished. Therefore, the designers can check the availability of instrument design.
文中详细介绍了在不使用二次仪表的前提下，基于虚拟仪器技术的大直径高精度测量系统的集成方法；
The high accuracy measurement system by multi-rolling method can be used to measure the diameter and roundness error of the large diameter.
文中详细介绍了在不使用二次仪表的前提下，基于虚拟仪器技术的大直径高精度测量系统的集成方法；
The high accuracy measurement system by multi-rolling method can be used to measure the diameter and roundness error of the large diameter.
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