| 1. | The development of instrument driver under lab windows cvi environment
环境下的仪器驱动器开发 |
| 2. | The development of instrument driver of four - channel and high - speed data acquiring vxi module
高速数据采集模块仪器驱动程序的设计 |
| 3. | It is introduced in detail that the technological requirements and programming of the instrument driver of the vxibus data acquisition module
详细介绍了该数据采集模块的仪器驱动程序的技术要求及编写过程。 |
| 4. | This dissertation analyzes the general development trend of the automated test system and virtual instruments , and gives a brief conception of instrument driver
本论文分析了自动测试系统和虚拟仪器总的发展趋势,介绍了仪器驱动器的基本概念。 |
| 5. | The hierarchy of controlling instruments , from higher to lower , is application program , platform , the instruments driver dll , visa , operating system and protocol level of the communication
平台的上层是测试应用程序，平台以下有仪器驱动层、 visa层、操作系统层和通讯协议层。 |
| 6. | Based on the functions of the gpib - rs232 convertor , we can develop th e instrument driver and the dso control panel . thanks to labwindows / cvi , with its great help , we can finish these tasks in a much easier way
在接口通信完成的基础上,可以根据示波器的功能开发示波器的仪器驱动器以及示波器的虚拟控制面板。 |
| 7. | Interchangeable virtual instruments , or ivi , is a revolutionary standard for instrument driver software technology . ivi can provide you with many benefits , such as : high performance , instrument simulation , instrument interchangeability , development flexibility
可互换虚拟仪器( ivi )是仪器驱动器的一个革命性的变革,它能带来:高性能、仪器仿真、仪器互换、灵活开发等好处。 |
| 8. | At last , this paper describes debugging and verification of instrument driver and fault diagnosis software , and discusses the advantage and disadvantage . then the paper looks ahead the future work and explores the relation of system design and test design
之后对设计上的优缺点进行了讨论,对今后的工作进行了展望,并结合项目的实际情况对系统设计和测试设计之间的关系进行了探讨。 |
| 9. | This paper detailedly describes the design principle and method of the instrument driver , and puts emphasis on design thought and flow design and implement method . the file transport protocol is a important point in this part
本文详细介绍了仪器驱动器的设计原理和方法,并重点介绍了高速数字测试模块仪器驱动器的设计思路、流程设计和实现方法,对自行设计的文件传输协议进行了介绍和分析。 |
| 10. | This article is based on the development of messaged _ based device arbitrary waveform generator ( awg ) . some pivotal technology including the design of a messaged _ based interface circuit and the programme of instrument driver are discussed explicitly in the paper
本文立足于100msa svxi任意波形发生器模块的研制工作，在vxi总线系统体系结构基础上，介绍了一种任意波形发生器的vxi消息基总线接口的实现技术。 |
