高速数据总线技术是航空电子综合化最重要的支撑技术之一，直接决定整机航电系统综合化程度的高低。
High speed data bus technology is one of the key technologies in avionics integration, which has direct influence on the performance of the avionics system of tactical aircraft.
企业数据总线的起源可以追溯到数据库联邦技术——虚拟化存取企业中的异种数据库。
The origins of the enterprise data bus can be traced back to the federated database technology - virtualization of access to disparate databases in the enterprise.
该系统利用嵌入式网络和并行总线技术可稳定可靠地实现数据的快速获取与给定。
This system makes use of the embedded network and bus runs side technology to achieve the stabilization and dependable accessed and provided data.
本文将嵌入式计算机技术，虚拟仪器技术和CAN总线数据传输技术引入到车载仪表中，设计、研制了嵌入式车载虚拟仪表。
In this paper, the embedded technology, virtual instrument technology and CAN bus technology have been applied to design, and manufacture the onboard virtue instrument.
该系统利用CAN总线技术，解决了由于填埋场检测面积大所带来的采集数据量大、传输距离远的问题；
The system uses CAN bus technology and successfully shoots the difficulties of massive data collection and long distance transmission caused by spreading detection area.
介绍基于CAN总线技术的船舶航行数据记录仪信息采集系统结构、功能及信息采集单元设计。
In this paper, the author introduces the structure and design idea of the data acquisition system of voyage data recorder of ship based on the technology of CAN bus.
研究了CAN网络协议的技术规范，描述了CAN总线的分层结构中的数据链路层和物理层。
Technical regulation of CAN Bus network is lucubrated and Data Link Layer and Physical Layer in hierarchy structure of CAN Bus is described.
该现场监测单元采用了PC总线接插板技术，内部配有多种类型的数据采集卡，能兼容较多类型的传感器、执行器和智能仪器；
The LMU based on PC bus technology contains many data acquisition cards compatible with many kinds of sensors, performers and intelligent instruments.
单总线技术是使用一根数据线与一根返回线实现数据通信的主从式网络。
Single bus technology is a master-slave network with data communication by both a data line and a return line.
它安装在微机的IS A总线上，并采用了长线驱动技术，保证连接两机的电缆在150米以上都能进行正确的数据传送。
It is installed in ISA bus of PC. It USES long distance drive technique to realize the correct data transfer when the cable connecting the two computers is over 150 metres.
本文提出了一种基于I2C总线及其分割技术的串行传输方法，可有效解决高速串行传输系统中的数据延迟问题。
This paper gives a serial transmission method which bases on the I2C BUS and its division. Wehave effectively solved the data delay in high speed serial data transmission system.
同时，系统中利用了现在已经较成熟的CAN总线技术，实现了有线和无线相结合的数据传输系统。
Meanwhile, the system USES the mature CAN bus to realize the data transfer system with wire and wireless.
针对电缆行业制造的特点，利用现场总线网络控制技术自身的优点，提出了一套较为优化的数据采集和监控方案。
According to the characteristic of cable manufacture, utilizing the advantage of bus network control technology, and putting forward an optimization project of data gather and monitor.
该卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
Employing DSP technology and PCI bus architecture, the proposed board can collect and process data in real time.
在此基础上引入了一个基于信息总线的元数据体系结构，信息总线的概念是根据CORBA技术提出的。
Then a metadata architecture based on information bus is presented. The idea of information bus is from CORBA technology.
新型遥传仪器仍采用时分复用技术传输数据，但其仪器总线的格式与传统遥传仪器截然不同。
The new kind of telemetry tools uplink the data using TDM technology, but the data format of the tool bus is very different from traditional telemetry tools.
在其变速器结构和控制模式方面采用了诸多新技术，通过CAN数据总线实现变速器控制与发动机控制相关联。
Many new technologies are used in transmission structures and control modes in Lupo cars, realizing the related relationship between transmission control and engine control through CAN data bus.
数据采集卡采用了DSP数字信号处理器和PCI总线技术，能实时采集数据。
Data acquisition card USES DSP technology and PCI bus architecture, and it can collect and process data in real time.
总线桥已应用到四联仪器仪表集团的现场仪表设备的数据传输技术中。
Bus bridge has been applied in data transmission technology which is used in field meter equipments of Silian Instrument Group.
介绍了CAN总线技术在航行数据记录仪上的应用，给出了航行数据记录仪系统结构并进行了CAN卡的设计。
This paper introduces the application of CAN bus technique on Voyage Data Recorder, and gives the systematic structure of Voyage Data Recorder and the design of CAN board.
CAN总线是现场总线领域很有发展前途的一种通信技术，本文以摆式列车分布式控制中的数据通信为例，介绍了CAN总线通信系统的应用。
CAN bus is an advanced communication technic among all kinds of the field bus. An application of the CAN bus in the data communication in tilting train's distributed control system is introduced.
文中着重介绍了工业控制机isa总线及其与高速数据采集卡的接口技术。
The interface between ISA bus and high-speed data sampling card is the emphasis of this paper.
本文主要对以OF DM技术为核心的高速数据通信总线的若干关键技术和具体实现进行了研究。
In this dissertation, the detail methods of implementing high-speed data bus system which is based on OFDM technique are researched.
该系统以80c552单片机为控制核心，采用总线隔离技术，实现高速数据采集与数据处理分时进行。
This system with the control core of 80c552 single chip processor adopts bus isolation technique, realizing the time-sharing processing of high-speed data collecting and data processing.
以基于CANBUS现场总线技术的FBCAN 2ct隔离型脉冲测量智能节点为例，介绍系统构成、数据包传输格式、软件设计。
This paper introduces the system structure, the transfers format of the data package and the software design of the FBCAN-2CT isolated pulses measurement node based on CANBUS.
介绍了CAN总线技术的工作原理和数据传输系统的构成，探讨了CAN总线技术在汽车上的应用。
This paper introduces the operating principles of CAN bus technology and the constituent of data transmission system, and probes into the application of CAN bus technology in the automobile.
介绍超声扫描成像技术在罐壁测厚中的应用。测厚系统采用多通道探头、PCI总线超声波界面卡和网络数据传输技术。
The wall thickness measurement system by ultrasonic scan imaging technology was described, in which multi-channel probe, pulser-receiver PCI card and network were applied successfully.
它采用先进的现场总线、传感器、计算机网络技术，利用数据库等软件工程，对现场信号设备实施动态监测，状态信息储存、重放和报警等。
It realizes the dynamic monitoring, condition information memory, re-play and warning etc. to the spot signal devices by use of the advanced spot bus, sensors, web techniques, data base.
文章介绍的分布式智能门禁监控系统采用RS- 4 85总线技术，以程控电话网为媒介来进行远程的数据采集和设备控制。
Distributed intelligent door monitoring system realize remote control and data collection by RS-485 bus, the telephone network is used as transmission medium.
文章介绍的分布式智能门禁监控系统采用RS- 4 85总线技术，以程控电话网为媒介来进行远程的数据采集和设备控制。
Distributed intelligent door monitoring system realize remote control and data collection by RS-485 bus, the telephone network is used as transmission medium.
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