Interface bus

Operator , please get me the Bank of China . In microprocessors , the name used for the IEEE interface bus standard .

接线员，请接中行。微处理机中，IEEE接口总线标准的名字。

Long Line Transmission Technology of Two-way Parallel Interface Bus of Monolithic Computers

单片机双向并行接口总线的长线传输技术

Development on interface bus standard and software technology for the general instruments

通用仪器接口总线标准及软件技术的发展

Designing of General Purpose Interface Bus System for Evoked Potential Measuring Set

诱发电位仪的GP-IB通用接口系统的设计

The bus at which these two subsystems interact is designed as interface bus .

联接两个子系统的母线定义为TSP/EMTP混合仿真的接口母线。

In microprocessors , the name used for the IEEE interface bus standard .

微处理机中，IEEE接口总线标准的名字。

PI bus is the abbreviation for the parallel interface bus .

PI总线是并行接口总线的简称。

GPIB ( General Purpose Interface Bus ) is applied in the electronic automatic measure system widely .

GPIB是广泛应用于电子测量仪器的一种总线接口。

Universal Serial Bus ( USB ) is a new generation of the standard peripheral interface bus .

USB通用串行总线是新一代标准接口总线。

It uses GPIB ( General Purpose Interface Bus ) to connect various instruments to a computer .

通过通用接口总线GPIB（generalpurposeinterfacebus），将多台测试仪器与微机连接。

A fundamental and design method of an intelligent test system based on GPIB ( General purpose interface bus ) is introduced .

论述基于GPIB智能化测试系统的原理和设计开发方法。

The International General Parpose Interface Bus Standard is Called GP-IB for short .

GP-IB标准是通用接口母线系统国际标准的简称。

Microcomputer-controlled measurement and automatic data analysis systems can be realized efficiently by using the General Purpose Interface Bus ( GPIB ) technique .

利用通用接口总线（GPIB）技术可以实现微机控制的测量和数据分析系统。

This dissertation focuses on the design and realization of the GPIB ( General Purpose Interface Bus ) controller based on WLAN ( Wireless LAN ) .

本文论述了基于WLAN（WirelessLAN无线局域网）的GPIB控制器的设计与实现。

The method to use Single Board Computer as the Conthroller for IEEE-488 Interface Bus is simple and practical and it is worth using for reference .

文中提出的采用单板机来作IEEE-488总线控制器具有简单、实用的特点，对读者具有一定的参考价值。

Meanwhile , with the rapid development of computers and instruments , as well as the interface bus protocol standardization , intelligent , automated microwave measurement becomes a trend .

同时，计算机和仪器的飞速发展，以及接口母线的协议规范化，使智能化、自动化微波测量成为一种趋势。

In this paper we introduced the design of automatic equilibrium test system based on GPIB ( General Purpose Interface Bus ) interface for microwave communication equipment IDU ( InDoor Unit ) .

介绍了一个基于GPIB（generalpurposeinterfacebus）总线的自动测试系统，实现了由计算机控制的各测量仪器对微波通信设备室内单元（IDU）的均衡性能测试。

This paper presents an automatic fast testing system with Apple - ⅱ as its centre and equipped also with IEEE-488 interface bus and other devices as well as appropriate softwares .

本文以普通型的APPLE-Ⅱ为中心，配置IEEE-488标准总线及有关设备，并辅以适当软件，构成了一个自动快速测试系统。

The first chapter firstly summarizes the development of measurement and test techniques and research actualities at home and abroad , and introduces some interrelated technical fields : virtual instrument and interface bus .

第一章首先综述了测试技术的发展和国内外的研究现状，并且介绍了虚拟器件和接口总线在测量系统中的应用，分析本设计的应用前景，提出了设计目标。

Expandability : Just plug in the HP interface bus ( HP-IB ) and add up to14 peripherals without disassembly .

扩展性：只需插入HP接口总线（HP-IB），就可以连接最多14个外设而无需进行组装。

This work is part of the design of500M sampling Digital Storage Oscillograph and the assignment is to develop the GPIB ( General Purpose Interface Bus ) instrument driver .

由于示波器是自主研发的，要开发示波器仪器驱动器，首要的任务就是实现仪器和测控机的接口通信。我们在总体设计上采用GPIB通信协议。

SPI-bus ( serial peripheral interface bus ) is an interface standard defined by Motorola . It transfers data between chips only through 3-wire serial communications interface .

SPI总线（SerialPeripheralInterfaceBus）是由美国Motorola公司制定的一种串行总线标准，采用三线串行通讯接口，可实现芯片间的串行数据传输。

Methods The virtual oscillograph system is composed of data acquisition DAQ , interface bus , hardware driver program and virtual digital oscillograph software . It is used in optical fiber gas concentration detecting system .

方法由数据采集DAQ、接口总线、硬件驱动程序和虚拟软件数字示波器软件构成了虚拟示波器系统，并应用在光纤气体浓度检测系统中。

The key technology of this study is to apply GPIB ( General Purpose Interface Bus ) to connect and control several programmable instruments by interface bus , build automatic test systems , and realize the stability off data transmission .

本研究的关键技术是应用GPIB（generalpurposeinterfacebus）通用接口总线连接和控制多个可编程仪器，组建自动测量测试系统，实现数据传输可靠和整体性能的稳定。

Based on the real-time constrain of the multimedia stream and the disk data stream model , the relationship between the performances and the online storage subsystem in video on demand was presented quantitatively with the analysis of memory and interface bus .

基于多媒体流实时播放的特性和磁盘数据流模型的研究，进一步分析了内存和接口总线的特性，提出了视频点播（VoD）系统性能指标与在线存储系统之间的定量关系。

PCI-bus is the one of the highest speed peripheral interface bus in computer , in our automatic control field , much data acquisition or motor motion control system in computer used PCI-bus devices completing the functions of data acquisition or motion control .

PCI总线作为目前计算机上流行的高速外设接口总线，在工业自动化领域，计算机上进行地数据采集或者运动控制基本上也都是通过PCI总线设备来实现的。

Chapter 1 summarizes the development of the dynamic signal analysis technique and actuality in all over the world . And it also makes a introduction to the relative fields : the development of DSP component , Programmable Logic Device and PC interface bus .

第一章首先综述了动态信号分析技术的发展和国内外的现状，并且介绍了一些相关的技术领域：DSP器件和技术、可编程逻辑器件和PC接口总线。

Based on the convenience and efficiency of the USB interface bus , a new solution is brought forward to combine the Power Line Carrier Communication Module with USB interface , it is easy to fulfill the automatic and network control for familial electric devices .

针对USB总线设备方便、灵活、高效、低价的特点，提出将电力线载波通信模块加接USB接口，可方便地实现家电控制自动化和网络化。

The experiment shows that the system performance , the maximal throughput and concurrent stream number , are influenced by the combination of disk performance , the redundant arrays of inexpensive disk scheduler , the memory capacity and the bandwidth of interface bus .

实验结果表明，VoD系统的最大输出码率和最大并发流数等性能指标受到磁盘性能、磁盘阵列调度、内存容量和接口总线带宽的综合影响。

The function , architecture , development and implementation theory of the distributed automatic testing system are introduced , which are based on general purpose interface bus ( GPIB ) and local area network ( LAN ) from aspects such as virtual instrument technology , computer theory and network communication .

从虚拟仪器技术、计算机技术和网络通信技术等方面介绍基于通用接口总线（GPIB）和局域网（LAN）的分布式自动测试系统的总体功能和体系结构、系统的开发和实现原理。