中枢将由组态成星型拓朴结构的光纤电缆组成，以支持本通信与数据系统原理中所述的所有通信系统。
The backbone will consist of fiber optic cable configured in a star topology to support all communication systems as described in this communication and Data systems Philosophy.
与后端系统进行通信的最常用方法之一，是通过使用XMLAPI作为数据传递工具。
One of the most common methods of communicating with backend systems is by using XML API as the data delivery tool.
RF-7800V可以很便捷地与战斗管理系统集成在一起，向各层级用户提供实时网络化语音和数据通信。
The RF-7800V also provides easy integration with Battle Management Systems for time-critical BMS reports, while delivering simultaneous networked voice and data communications to multiple users.
WBI适配器与所需的EIS系统通信并生成一个包含XML格式数据的WebSphereMQ消息。
The WBI Adapters communicated with the required EIS system and generated a WebSphere MQ message containing the data in an XML format.
适配器使用应用程序特定的数据结构或者业务对象与后端系统进行通信，并且使用连接器配置文件进行配置。
The adapters communicate with the back-end systems using the application-specific data structure or business object and are configured using the connector configuration file.
联邦系统与每个数据源通信是通过称作包装器的软件模块进行的。
A federated system communicates with each data source by means of software modules called wrappers.
适配器有各种形状和大小(而不是颜色)；一些与数据库通信，一些与文件系统中的平面文件通信，一些与事务处理系统通信，还有一些与EIS中的功能通信。
Adapters come in all shapes and sizes (but not colors); some talk to databases, others to flat files in your file system, others to databases, and still others to the functions in your EIS.
网络控制的概念被扩展到了让数字交换机与数据库（称为服务控制点）和信号处理系统（智能外设）通信。
The concept of network control was extended to let digital switches communicate with databases (known as Service Control Points) and signal processing systems (Intelligent Peripherals).
数据库管理器参数rqrioblk控制着联邦系统与数据源之间的通信缓冲区的大小。
The database manager configuration parameter rqrioblk controls the size of the communication buffer between the federated system and the data sources.
首先通过安装联邦引擎来创建一个联邦系统，然后配置该联邦系统，以便与数据源通信。
You create a federated system by first installing the federated engine, then configuring it to communicate with the data sources. There are four basic federated objects.
文中着重简述了专家系统与控制过程的数据通信方法、程序接口。
In this paper mainly describes data communication methods and program interfaces of expert system with control process.
数据压缩编码与解压解码技术是目前广泛应用的数字通信系统中的关键技术之一。
Data compressed encoding and uncompressed decoding is one of the key technologies applied widely in digital communication system at present.
经过系统软硬件开发，能够实现信号调理、数据采集与存储、USB通信、数据或曲线显示等功能。
After software exploitation, it can realize signal test, data collecting and memory, USB correspondence, data or curve displaying.
研究以usb2.0为通信接口的沥青拌和站数据采集系统的设计与实现。
Design and implementation of the bitumen mix plant data acquisition system with USB2.0as communication bus are researched.
以工业以太网为基础，介绍了系统的硬件组成，设计了与生产控制计算机之间的数据通信接口。
Based on industry's Ethernet, the paper introduced the systematic hardware composition and designed the data communication interface between the system and the production control computer.
重点介绍了指挥站测控与监控系统、方向盘力反馈技术、无缝隙切换技术，以及数据与图象无线通信系统。
The control and monitor subsystem, the force feedback technique for steering wheel, the smooth switching for motion mode, and the telecommunication subsystem are detailed in the paper.
本系统的设计方案始终围绕着能量的无线传输与数据的无线通信两个方面结合来考虑。
The idea of design is centered on two aspects: wireless power transmission and wireless data transmission, which are considered respectively and systematically.
提出的解决方案具有系统结构简单、可靠性高、实施成本低的特点，设计思路适合于其它控制网络与管理网络间的数据通信。
The raised solution possesses simple structure, high reliability and low cost, which can be applied in other communication system between control network and management network.
第五章的编码技术与测试上，主要分析了服务器到客户端的通信和网络数据采集两个子系统。
In Chapter Five, the technology of "coding and testing", two subsystems of communication are analyzed between Server and client, network headline data collection.
本文设计并实现了基于视频格式转换芯片的OSD系统，实现包括I2C串行通信，数据通路和OSD图像与视频叠加的功能。
In the paper, a design of OSD system based on video format convert chip is introduced, including the realization of I2C communication, data-pass and overlap of image and video.
在系统的硬件部分，主要谈到了数据的采集，包括采样原理以及采样设备，并对外部设备与PC机通信做了简单介绍。
During the hardware part, mention data acquisition, including sampling mode and equipment, simultaneously, introduce the communication between the peripheral equipment and PC.
该系统采用DSP与PC构成主从式并行结构，共享存储器实现双机高速数据通信。
In this system the master-slave parallel structure is composed by DSP and PC. The dual machine high speed communication is implemented by the Shared memory.
完成了基于RS- 232c标准异步串行通信协议的设计，实现了系统回波数据与PC机之间的数据交换。
An asynchronous serial communication protocol based on RS-232C is designed to realize the data communication between the PC and the system.
同时，该监控软件使用动态数据交换dde技术实现了与专家系统的实时通信。
The monitor system displayed real-time data of device context in motion picture, at the same time, the system could communicate with expert database system by DDE in real time.
同时，根据数据传输量的不同要求，分别设计并实现了基关节单元与上位机之间、基关节单元与指节单元之间的数据通信系统。
At the same time, it introduces the data communication system between base joint cell and PC control system or between base joint cell and knuckle cell respectively.
增强型并行口接口协议解决了PC与数据采集系统间的高速双向数据通信问题。
EPP is an answer to the problem of high speed, bi directional data communication between PC and data collection and conditioning system.
通过RS232（9）脚串口可实现计算机与控制器的双向通信，本系统采用二进制形式传输数据。
Using the RS232 (9 pins) as serial interface can carry out the communication between computer and controller. This system adopts the binary form to transmit the data.
通过USB2.0数据总线，可以完成系统与计算机之间的数据和命令通信。
Through USB2.0 data buses, the data and command communication between the system and the computer can be performed.
运用这种方法成功地为大型直流电机调速系统开发了PC机与89c51单片机间串行数据通信应用程序。
Through this method, successfully develop serial communication application for large direct current motor's speed control system between PC and 89c51 single chip.
运用这种方法成功地为大型直流电机调速系统开发了PC机与89c51单片机间串行数据通信应用程序。
Through this method, successfully develop serial communication application for large direct current motor's speed control system between PC and 89c51 single chip.
应用推荐