介绍了智能虚拟控件及其仪器的有关概念、原理。
Concepts and principles of Intelligent Virtual Controls and Virtual Instrument based on them were introduced.
提出了基于秦氏模型智能虚拟控件的仪器设计与制造新概念。
New concept of design and manufacture instrument based on Qin's IVC was put forward.
论述了智能虚拟控件原理及功能赋予、测试融合和积木式拼搭等概念。
The principle of Intelligent Virtual Control and the ideal of function endowing, test fusion, building up as blocks are illustrated.
建立了生成智能虚拟控件的环境与平台的系统模型、椭球体三维数据场可视化模型。
It builds up the model of the environment and platform where the intelligent virtual controls are formed and the ellipsoid tridimentional data field visualization model.
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 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 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.
该项目研究的“智能虚拟控件”及“控件化虚拟仪器”属国内外首创，是仪器领域中的新模式。
"Intelligent Virtual Control" and "Control-Based Virtual Instrument" in the project are originated both inland and abroad, which is the new mode in the measuring and testing field.
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.
并以振动筛阻尼系数、固有频率和振型为例，介绍了基于智能控件化虚拟仪器技术的钻井振动筛动态特性检测方法。
The article introduced methods of drilling shaker dynamic measurement based on IVC, taking damping coefficient, natural frequency and vibration model as examples.
并以振动筛阻尼系数、固有频率和振型为例，介绍了基于智能控件化虚拟仪器技术的钻井振动筛动态特性检测方法。
The article introduced methods of drilling shaker dynamic measurement based on IVC, taking damping coefficient, natural frequency and vibration model as examples.
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