microprocessor network

英 [ˌmaɪkrəʊˈprəʊsesə(r) ˈnetwɜːk] 美 [ˌmaɪkroʊˈprɑːsesər ˈnetwɜːrk]

【计】微处理机网

计算机



双语例句

  1. Train Microprocessor Control and Network System on Chengdu Metro Line 1 Vehicle
    成都地铁1号线列车微机网络控制系统
  2. Design and Realization of the Microprocessor Network System in Expressway Passenger Traffic Management
    高速公路客运管理信息微机网络系统的设计与实现
  3. The rapid development and increased application level of microprocessor technology and computer network technology bring on a new innovation to electric secondary line design of power plant's grid control room and substation.
    微处理机技术和计算机网络技术的迅速发展及其应用水平的提高,给发电厂网控室及变电站电气二次线设计带来了新的变革。
  4. With the development of microwave network analysis theory and technology, as well as introduction of high-speed microprocessor and modern digital signal processing, modern vector network analyzer has enjoyed underlying changes in its speed, accuracy, convenience and adaptability compared to those in earlier times.
    随着微波网络分析理论与技术的发展,以及采用高速微处理器和现代数字信号处理等技术,现代微波矢量网络分析仪在测量速度、精度、易用性和适应性等方面与早期相比发生了根本的变化。
  5. With enhancement of pumping station automatization, the development of embedded microprocessor, network communication, field bus technology, made pumping station remote monitoring system enable.
    随着泵站自动化程度的增强以及嵌入式微处理器、网络通讯、现场总线技术的发展,使得泵站远程监控成为可能。
  6. A Novel Microprocessor Based Device for Sectionalizer Control in Distribution Network
    新型控制配电线分段器的微机装置
  7. In the designing of MDF device remote monitor systems and fiber optic transceiver device of telecom accessing network monitor systems, low-cost microprocessor is used to realize the real-time monitor of access device in telecom access network.
    在对MDF远程监控系统与光纤收发器监控系统的设计中,采用低成本的微处理器实现了电信接入网中接入设备的实时监控要求。
  8. Introduces the architecture features of high-performance microprocessor with Pentium Pro microprocessor core. Which is shown the performance in multimedia, network communication, parallel calculation etc.
    介绍了以PentiumPro微处理器为核心的高性能微处理器的体系结构特征,以及在多媒体,网络通信,并行计算等方面表现出的优异性能。
  9. Analyzed standard CGI, presented the design of EGI suitable for normal 8-bit microprocessor on the control network, and carried out the function of exchanging data dynamically between browser and server.
    根据控制网络的具体要求,对标准CGI进行了分析,给出了适合在普通8位微处理器上实现的EGI(嵌入式网关接口)的设计,实现了浏览器与服务器之间的动态交互功能。
  10. The paper presents the constitution and working principle of train microprocessor control and network system on the vehicles of Guangzhou Metro Line 2. Application shows its effective functionality.
    介绍了广州地铁二号线车辆所采用的列车微机控制和网络系统的组成及工作原理。该系统在列车实际运用中情况良好。
  11. In order to make the embedded system access the internet to share the resource of the network, a design and implementation of an Embedded Linux system based on a 32-bit microprocessor which can access the internet over GPRS wireless network is presented in this paper.
    为了使嵌入式系统能够接入Internet,充分利用网络上的通信资源,本文介绍了在基于32位处理器的嵌入式Linux系统中,集成GPRS通讯功能以实现无线上网的设计方案及具体实现。
  12. The system works well, which proves the feasibility of carrying out the embedded Web server on the normal 8-bit microprocessor directly, also expresses that the embedded Internet technology accessing control network will be widely used and has extend values on the low level embedded system.
    系统的成功运行证明了在普通8位微处理器上直接实现嵌入式Web服务器的可行性,同时也表明低端应用的嵌入式系统接入控制网络的嵌入式Internet技术具有广阔的应用前景和推广价值。
  13. Finally, a controller based on microprocessor is developed and validated on the low voltage simulation network.
    开发出基于单片机的调谐控制器并进行了低压模拟试验。
  14. With the rapidly development of broadband networks technology and embedded microprocessor designed technology, the digital medical equipment which has network interface and intelligent platform is the development trend in the future.
    随着宽带网络技术和嵌入式微处理器设计技术的快速发展,具备网络接口和智能平台的数字化医疗设备将成为今后发展趋势。
  15. With the emergence of high-performance microprocessor, high-speed network and the increscent demand of computing power, cluster of computer with cheap hardware and software is more and more used by users, which brings the quick development of cluster technologies.
    随着高性能微处理器、高速网络的出现和对计算能力需求的增大,以廉价硬件和软件支撑的集群系统越来越被广泛地使用,引起集群技术的迅猛发展。
  16. As the developing of high-speed network and high performance microprocessor technologies, cluster computing is extended from LAN to campus network and even to WAN. It has been becoming a highly attractive and challenging platform for distributed parallel computing.
    随着高速网络技术和高性能微处理器技术的发展,集群计算从局域网扩展到园区网甚至广域网,它正成为一种极具吸引力和挑战性的分布式并行计算平台。
  17. Firstly, we design the circuit of embedded residential gateway hardware platform based on embedded microprocessor, including series port circuit module ( for communication within residential network), network interface module ( for communication with Internet) and memory module, etc..
    首先基于嵌入式微处理器的硬件平台,设计了嵌入式家庭网关的电路,包括串口电路模块(用于实现同家居内部网络的通信)、网络接口模块(用于与互联网通信)以及存储器电路模块等。
  18. Embedded Microprocessor and Functional Module with Special Network Functions
    具有独特网络功能的嵌入式微处理器与功能模块
  19. With the development of the embedded system and control network technology and by the use of the embedded specialized control network micro-system, and as the carrier of the embedded microprocessor and related peripheral equipments, constructing a new embedded network controller is the developing tendency of controller.
    随着嵌入式系统和控制网络技术的发展,采用嵌入式微处理器及相关外围器件作为载体,内嵌专用的控制网络微系统,构造新一代的嵌入式网络控制器是控制器技术发展的一个趋势。
  20. With the development of microprocessor and network technology, computing environment, exemplified by cluster of workstations, has come to be one of the hot-spots in the study of parallel computing system.
    随着微处理器和网络技术的不断发展,以工作站机群系统为代表的计算环境成为当前并行计算系统的研究热点。
  21. With the development of the computer technology and the high-powered microprocessor and high-speed computer network, it has turned to be an easy thing to construct computer system consisting of a large number of CPU by high-speed network.
    随着计算机技术的发展,高性能的微处理器和高速计算机网络不断出现,使得把由大量CPU组成的计算系统通过高速网络连接在一起成为一件容易的事情。
  22. Microprocessor Base for Accurate Measurement of Data Network's Group Delay
    用微处理机对数据网群时延的精密测量
  23. The inquiries are made into the generation of unsafe factors and various corresponding protective measures against disclosing of information in local areas of the microprocessor network and data being destroyed, and lowering down of the network safety.
    针对当前一些微机局域网中有关信息的泄露,数据遭到破坏而引起网络安全性能下降这一点,从网络内不安全因素的产生和相应的各种防护措施这两个方面做一些探讨。
  24. This thesis construct an internet-based platform for embedded applications from adopting microprocessor MCU+ network interface chip+ vocoder chip, customizing network protocols, cutting and replanting embedded operating system.
    文本采用微处理器MCU+网路接口芯片+语音专用处理芯片,通过网络协议的定制和嵌入式操作系统的裁减和移植,构建一个基于Internet的嵌入式应用平台。
  25. With the rapid development of microprocessor technology, multimedia technology and network technology, the demand of mass data transmission and exchange on the system bandwidth is higher and higher.
    随着微处理器技术、多媒体技术与网络技术的迅速发展,海量数据传输与交换对系统带宽的需求越来越高。
  26. With the rapid development of modern computer, microprocessor and communication technology, earthquake precursor observation has entered the digitalization and network age.
    随着现代计算机技术、微处理器技术、通信技术的迅速发展,地震前兆观测已经进入数字化、网络化时代。
  27. Smart meter is an intelligent based on microprocessor applications and network communication technology. It can meet the diverse needs of smart grid because of its multi-functional.
    智能电表是以微处理器应用和网络通信技术为核心的智能化仪表,其多功能化足以满足智能电网的各种需求。
  28. The lower cost of computer hardware, rapid promotion of microprocessor processing power and high-speed development of network technology have established the conditions for parallel computing using common computers.
    计算机硬件成本的不断降低、微处理器处理能力的快速提升和网络技术的高速发展,为用普通微机建立并行计算系统提供了条件。
  29. Proposed the "Microprocessor+ EPA chip+ network chip" design scheme, by comparing two communication interface schemes. And then, designed the hardware architecture and the communication program.
    通过对两种候选通信接口方案的比较,选择了微处理器+EPA专用芯片+网络芯片的技术方案,并对通信接口的硬件结构和通信程序进行了设计。
  30. With the rapid development of microprocessor technology, communication technology and network technology, the structure and working methods of automatic control devices have been taken great changes. Control instrument is developing towards the direction of intelligence, networking, modularity.
    随着微处理器技术、通信技术以及网络技术的飞速发展,自动化控制仪表的组成结构和工作方式发生了很大变化,控制仪表正向着智能化、网络化、模块化方向发展。