VISA:虚拟仪器系统体系结构

“Virtual Instrument System Architecture”(虚拟仪器系统体系结构)在计算机领域中常被简称为VISA,这一缩写形式便于快速书写和日常使用。作为测试测量行业的关键标准接口,VISA为各类仪器控制与数据通信提供了统一的软件架构支持,广泛应用于自动化测试系统和虚拟仪器开发场景中,具有重要的工程实用价值。

Virtual Instrument System Architecture具体释义

  • 英文缩写:VISA
  • 英语全称:Virtual Instrument System Architecture
  • 中文意思:虚拟仪器系统体系结构
  • 中文拼音:xū nǐ yí qì xì tǒng tǐ xì jié gòu
  • 相关领域visa 常用

Virtual Instrument System Architecture的英文发音

例句

  1. Design and Application of Virtual Instrument System Software Architecture Description Language
  2. 虚拟仪器系统软件结构描述语言的设计与应用
  3. In order to describe virtual instrument system software architecture effectively, this paper provides the concept & models of the virtual instrument system software architecture description language ( VSDL ).
  4. 为了正确有效地描述虚拟仪器系统软件结构,提出了虚拟仪器系统软件结构描述语言的概念与模型,对其中的模块描述、元件描述与连线描述作了详细的分析,并提供了结构化语言。
  5. IVI instrument drivers eliminate the test redundancy of virtual instrument system, improved test speed and raise interchangeability of the instruments. The architecture?
  6. 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。
  7. A principle and method that virtual instrument technology is used to remake dynamic balancing equipment is put up, the method of measuring system about the hardware architecture and the software design is given, and it is proved well by an example.
  8. 介绍了利用虚拟仪器技术改造动平衡试验机的原理和方法,提出了动平衡虚拟仪器测量系统硬件结构和软件设计思路,效果良好。
  9. Builds a signal-oriented system architecture of component style of VITS ( virtual instrument test system ) test program development environment, which is based on COM technique, and gives the key technique-method of the reflection between virtual resources and real resources.
  10. 建立了面向信号的VITS(virtualinstrumenttestsystem)虚拟仪器测试系统测试程序开发环境组件形式的体系结构,给出了开发的关键技术&虚实映射的实现方法。