A digital detecting system of four tubes leak of boiler in power plant based on virtual instruments was introduced.
介绍了一种基于虚拟仪器的火电厂锅炉四管泄漏数字化声学检测系统。
This paper introduces mainly a digital detecting system of looseness of stator wedge in a generator based on virtual instruments.
介绍一种基于虚拟仪器的大型发电机槽楔松动数字化声学检测系统。
Based on virtual instruments technology and an actual task of receiver test (equipment) development, a set of automatic test system is designed.
基于虚拟仪器技术，依据实际的某接收机测试设备研制任务，设计了一套自动化测试系统。
The CAT system for electrohydraulic servo control system based on virtual instruments was introduced. The structure of system is based on PC-DAQ.
介绍了虚拟仪器技术并采用虚拟仪器实现了电液伺服控制系统的计算机辅助测试。
A correlate measurement system based on virtual instruments was developed. A platform of off-line experiment was constructed and some experiments were carried out.
开发了基于虚拟仪器的相关测量系统，搭建离线实验平台，并开展了多项实验研究。
For the leak detecting system of water pipeline based on virtual instruments, its acoustic emission measurement and correlation are adopted for detecting orientation.
基于虚拟仪器的水管道泄漏检测定位系统，其检漏与定位分别采用声发射检测法和互相关分析法。
Application research in this field based on virtual instruments technology will be proceeded on the object of Shimadzu electronic strength testers AG-10 series in this thesis.
本课题以岛津ag - 10型万能电子强力仪为对象，进行虚拟仪器技术在该领域的应用研究。
A traditional laboratory in measurement and control is altered to modernize measurement and control center by a measurement and control system platform based on virtual instruments.
本文论述了虚拟测控的概念，提出了利用虚拟测控平台改造传统测控仪器的方案。
Virtual instrument technology is applied to the laboratory of university, and the experiment system of the principle of automatic control was implemented based on virtual instruments.
将虚拟仪器技术应用于高校实验室，实现了基于虚拟仪器的自动控制原理实验系统。
To solve the problem of oil pipeline leak monitoring and location, a method for implementation of oil pipeline leak monitoring and location system based on virtual instruments is presented.
在讨论了管道液体泄漏的特征之后，通过对比现有几种泄漏检测方法的优缺点，提出了基于分布式感应线缆进行管道泄漏预测和定位的一种新方法。
The paper discusses and analyzes methods of testing various parameters in aircraft electric power system, and designs aircraft electric power testing system which is based on Virtual Instruments.
本论文深入研究了飞机供电系统的各项参数指标的测试方法并且设计出了基于虚拟仪器的飞机供电参数测试系统。
The concepts and principles of intelligent virtual controls(IVC) and virtual instruments based on them are introduced. The quintuple systematic model based on computer is discussed.
介绍了智能虚拟控件及其仪器的有关概念、原理，并讨论了基于计算机的系统建模的五元模型。
Virtual instruments of integrated electronic system based on CAN bus for automobile chassis consists of PC104 and CAN bus controllers.
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。
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.
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 concepts and principles of intelligent virtual controls(IVC) and virtual instruments based on them are introduced.
介绍了智能虚拟控件及其仪器的有关概念、原理，并讨论了基于计算机的系统建模的五元模型。
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.
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。
In virtue of virtual instruments' tool software and multifunctional DAQ, some electrical teaching experiments based on virtual instrument were developed.
借助虚拟仪器开发工具软件和多功能数据采集卡，研制开发出若干基于虚拟仪器的电工教学实验。
Based on the protocol, a rapid prototyping controller is developed utilizing virtual instruments to test the characteristics of system components in bench test experiments.
以该协议为基础，采用虚拟仪器技术设计了快速原型控制器，通过台架实验完成了系统中各部件的性能测试；
After integration debugging, it has been successful to transmit data from bottom hardware to application software and accomplish the initial prototype of virtual instruments system based on USB.
最后通过综合调试，实现了数据由底层硬件传送至上位机程序的过程，完成了一个基于usb接口的虚拟仪器数据采集系统的雏形。
After integration debugging, it has been successful to transmit data from bottom hardware to application software and accomplish the initial prototype of virtual instruments system based on USB.
最后通过综合调试，实现了数据由底层硬件传送至上位机程序的过程，完成了一个基于usb接口的虚拟仪器数据采集系统的雏形。
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