介面通信 的英文怎麼說

中文拼音 [jièmiàntōngxìn]
介面通信 英文
interface communication
  • 面 : Ⅰ名詞1 （頭的前部; 臉） face 2 （物體的表面） surface; top 3 （外露的一層或正面） outside; the ri...
  • 通 : 通量詞（用於動作）
  • 介面 : joggle; nozzle; mouthpiece; [計算機] interface
  • 通信 : communication; communicate by letter; correspond
  1. A digital automatic ultrasonic inspection system designation is introduced. this system was developed with pc computer and embedded dsp, combining computer software and hardware, ultrasonic nondestructive testing, digital signal processing, embedded rtos and visual instruments technology. it meet the requirements of automatic inspection such as high repetitively frequency and real time alertation

    該方案以pc機和dsp系統為核心構成主從機系統框架，以基於虛擬儀器思想的pc機應用程序和基於dsp的嵌入式實時操作系統構成雙重軟體結構，把傳統的超聲波無損檢測技術和先進的虛擬儀器技術、數字信號處理技術、嵌入式實時操作系統、計算機介面通信技術相結合，從而滿足了自動化探傷中1k / s的重復頻率和實時報警的要求。
  2. Thispaperhasstudiedonthedatalinkinterfacetechniqueoftacticalcontrolsystem. firstof all, functional requirement and the important role of data link interface in tactical controlsystem is introduced ; secondly, with object oriented method, the characteristic of uav taskcontrol process is analysed, and then uav task control information model is established, anddata link interface standard of tactical control system is designed based on this model, including message format and transmission mechanism ; thirdly, data link control module isdesigned based on embedded linux operating system and has realized conversion betweendata link standard interface and the private interface of uav data link ; and then, combinationreal time corba middleware and its event channel, data link control modular componenttechnology is studied, and realization scheme is put forward ; finally, demostration is madebased on prototype of tactical controlsystem, which verify the validaty of data link interfacestandardandembeddeddatalinkcontrolmodules

    本文對戰術控制系統中的數據鏈介面技術進行研究:分析了數據鏈介面在戰術控制系統中的功能需求;採用面向對象的方法，分析無人機任務控制問題，建立了無人機任務控制信息模型，並基於該模型設計了數據鏈介面通信協議，包括報文格式和傳輸機制;基於嵌入式linux系統設計了數據鏈介面控制模塊，實現了數據鏈標準介面與無人機數據鏈私有介面之間的相互轉換;結合實時corba中間件及其事件通道，研究了數據鏈介面控制模塊組件技術，並給出了實現方案;通過戰術控制原理實驗系統的演示實驗，驗證了數據鏈介面通信協議和嵌入式數據鏈介面控制模塊的有效性。
  3. Interface message processor

    介面通信處理機
  4. The article consists of three parts mainly : the first part has described the method of detecting the faint signal, mainly include : detection technique of faint signal, principle of the optical fibre sensor, the little lose effects when optic fibre little curved, and the research of the stress sensor of optical fibre. the second part emphasizes on the design of the intelligent photoelectricity system, mainly tells the design of the circuit to process the faint photoelectricity signal, details the software and hardware design of intelligent photoelectricity system made of single chip microcontroller, led, man - machine interface, communication interface, etc. the third part is the network communication of the detection system, details the technology of single chip microcontroller how to group the network, and the communication between single the chip microcontroller system and the modem, and how to realize the data between the field and computer central exchanged through the existing public phone network

    文章主要分為三部分：第一部分論述了微小信號的檢測方法，主要包括微小信號的檢測技術、光纖傳感器的原理、光纖微彎損耗效應及光纖應力傳感器的研製；第二部分重點講述了智能光電檢測系統的研製，主要講述了微弱光電信號調理電路的設計及由前（后）向通道、單片機、 led 、人機介面、通信介面等組成的智能光電系統的軟硬體的具體設計；第三部分為檢測系統的網路通信部分，具體闡述了單片機系統間的組網技術、單片機和modem之間的通信及通過現有的公用電話網路實現遠程監控的技術，實現現場檢測系統與橋梁測控中心的數據交換。
  5. The intelligent instrument module achieves the functions of collecting and processing hot network stream parameters, and offers multiple communication interfaces ; the communication module provides three communication ways of internet > pstnnwireless station to realize the function of central collecting and managing steam flow information ; the monitoring management module, which adopts advanced programming languages, performs the functions of data collection, exchange, disposal, query and report print and so on

    智能儀表模塊完成對熱網蒸汽參數的採集和處理功能，並提供多種通信介面；通信模塊提供internet 、 pstn 、無線數傳電臺三種通信方式，實現了蒸汽流量信息的集中採集及管理；監測管理模塊通過高級語言編程完成了數據採集、交換、處理、查詢及報表列印等功能。
  6. Memory controller design and ip interconnection are the common issues in system - on - a - chip ( soc ) design. having analyzed the established ip interconnection strategy and sgram characteristics, the author put forward the multi - agent momery interface interconnection strategy, defmed the interface protocol and implemented the momery interface design using finite state machines

    存儲器控制電路的設計和ip互連是soc設計中常遇到的問題。在分析了已有的ip互連機制和sgram特性后，本文給出多客戶存儲器介面的互連策略、定義了介面通信協議並且用狀態機實現了該介面電路的設計。
  7. In the design of hardware, frequency sweep signal is based on dds + pll. by the control the singlechip c8051f060, ad9852, the dds chip, can achieve stepped frequency signal. with amplifying and detector circuits, the instrument can achieve the measurement and receiving of amplitude frequency characteristic result. by means of pdiusbd12 finish the usb1. 1 protocol conversion, communicate with usb interface of pc, the instrument give the measurement resul of amplitude - frequency characteristic in lcd of pc

    硬體方面，掃頻信號源基於dds + pll的技術，由c8051f060單片機控制dds晶元ad9852實現頻率步進。再加上外圍放大、檢波等電路，測量和接收幅頻特性。並藉助于pdiusbd12完成測量數據usb1 . 1協議轉換，實現與pc機的usb介面通信，將幅頻特性測量結果在pc機的液晶顯示屏上表達出來。
  8. In the light of “ the 100msa / s arbitrary waveform generator ”, a project undertaken by the university of electronic science and technology of china, this paper focuses on “ the interface design of arbitrary waveform generator ”, expounding the concepts of usb communication, wdm driving structure and so on. some technical ways have been put forward, through analyzing the realization of some kinds of interface and the key technical difficulty which should be surmounted. on the basis of hardware design of interface, author presents the hid - usb firmware structure and the design of windows application software, and then gives a set of specific design steps

    結合電子科技大學承擔的項目「 100msa / s任意波形發生器」 ，本文圍繞「任意波形發生器介面系統與軟體設計」這一課題展開研究，闡述了usb介面通信、 wdm驅動結構等相關概念;通過分析幾種介面電路實現的優缺點和關鍵技術，提出了技術解決途徑;在確定介面硬體電路設計的基礎上，給出了hid - usb固件架構和windows應用程序的設計方案，並進行了具體的設計實現;最後針對調試中出現的問題，進行了較深入的分析，提出了實際的解決措施。
  9. 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

    在介面通信完成的基礎上，可以根據示波器的功能開發示波器的儀器驅動器以及示波器的虛擬控制面板。
  10. In this paper, according to communication technology of bus and interface in atm system and its applications in the real world, the paper discussed of two aspects about the communication, one side of them is converting of ethernet and serial communication ; the other is conversion of ethernet and parallel communication

    本文圍繞自動測試系統中總線介面通信技術，做出了兩個方面的研究和設計：以太網與串列通信之間的轉換和以太網與并行通信之間的轉換。
  11. The contents in this thesis are as follows. 1. the architecture concept, the top - to - down function blocks description, the local side communication protocol and other consideration from different angles are discussed in detail

    文中主要內容包括: 1 .從總體設計思路，自頂向下各個功能模塊的設計，以及本地端介面通信協議的制定和其他各個方面進行了詳細的分析討論。
  12. Research for communication mechanism of a high performance computer system

    高性能計算機系統介面通信機制的研究
  13. The lonworks technique of echelon corporation was used in interface communication and date collection

    其介面通信，數據採集使用的是echelon公司的lonworks技術。
  14. Information technology - radio - frequency identification for item management - parameters for air interface communications at 2, 45 ghz

    信息技術.項目管理的射頻識別. 2 . 45ghz空中介面通信的參數
  15. Information technology - radio frequency identification for item management - parameters for air interface communications at 13. 56 mhz

    信息技術.項目管理的射頻識別. 13 . 56mhz的空中介面通信用參數
  16. Information technology - radio frequency idenficiation for item management - parameters for air interface communications below 135 khz

    信息技術.項目管理的射頻識別. 135khz以下的空中介面通信的參數
  17. Information technology - radio frequency identification for item management - parameters for active air interface communications at 433 mhz

    信息技術.項目管理的射頻識別. 433 mhz有源空中介面通信參數
  18. Information technology - radio frequency identification for item management - parameters for air interface communications at 860 mhz to 960 mhz

    信息技術.項目管理的射頻識別. 860 mhz至960 mhz空中介面通信參數
  19. Aec communicates with user interface and executes conformation algorithm to convert data into different time granularity representation

    Aec負責同用戶介面通信，並執行整合演算法將數據轉換為不同時間粒度的表示。
  20. Information technology - radio frequency identification device conformance test methods - test methods for air interface communications at 2, 45 ghz

    信息技術.射頻識別裝置合格試驗方法. 2 . 45 ghz空中介面通信的試驗方法
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