設備描述語言 的英文怎麼說

中文拼音 [shèbèimiáoshùyǔyán]
設備描述語言 英文
device description language
  • 設 : Ⅰ動詞1 （設立; 布置） set up; establish; found 2 （籌劃） work out : 設計陷害 plot a frame up; fr...
  • 備 : Ⅰ動詞1 （具備; 具有） have; be equipped with 2 （準備） prepare; provide with; get ready 3 （防備...
  • 描 : 動詞1. （照底樣畫） copy; depict; trace 2. （在原來顏色淡或需改正之處重復塗抹） retouch; touch up
  • 述 : Ⅰ動詞（陳說; 敘述） state; relate; narrate Ⅱ名詞（姓氏） a surname
  • 語 : 語動詞[書面語] （告訴） tell; inform
  • 言 : Ⅰ名詞1. （話） speech; word 2. （漢語的一個字） character; word 3. （姓氏） a surname Ⅱ動詞（說） say; talk; speak
  • 設備 : equipment; device; facility; implementor; apparatus; installation; appointment; furnishing; setou...
  • 描述 : describe; represent
  • 語言 : language
  1. Tedl test equipment description language

    測試設備描述語言
  2. Although there have been many application instances in the field of input / output device technology, we need an specific project and technology route aimed at an given application. in this thesis, we combine the introduction and analysis of relative technology to describe the accomplishment of a coordinate collecting device which is based on incremental rotary encoder. this device is an specific device applied to collect the corrdinate displacement of ground image ’ s three - dimensional model created by full digital photogrammetric station. cpld chip and vhdl are applied in this device to carry out the following work : phase control of the electrical pulse created by incremental rotary encoder, counting the number of electrical pulse, controling the state of signal processing circuit, exchanging data between this circuit and pci control

    本文結合相關技術的介紹和分析，描述了一個基於增量式旋轉編碼器的坐標參量採集介面卡的實現，此介面卡是一種用於採集全數字攝影測量系統地面影像模型坐標位移量的專用設備，該設備採用cpld器件和vhdl語言實現增量式旋轉編碼器的脈沖信號鑒相和計數、信號處理部分的狀態控制以及和pci總線晶元ch365之間的數據交換和通信功能，同時該設備的驅動程序基於wdm模式，並且配置有結構良好的動態鏈接庫程序作為系統軟體和驅動程序之間的數據和控制交互中間介面，能夠方便地運行在windows98 / 2000 / xp操作系統平臺上，具有實時性強、工作穩定、通用性較好和性價比高等特點。
  3. In this module, we focus on an improved 2 - d median - filter and a real time edge detect algorithm which has very regular computational structure. in chapter 4, we use fpga to capture the image data from infrared sensor and create the synchronization signal and output the video to monitor. chapter 5 describes the design of communication interface between dsp, fpga and missile control system, and focus on a new verilog description style called cycle accurate, and finally we design an i2c bus using this description style

    本論文按照處理機的工作流程，首先討論fpga與視頻探測器之間的數據通訊模塊的設計，接著介紹了圖像預處理模塊，在預處理模塊中，重點介紹了一種改進的二維中值濾波方法和一種特別適于硬體實現的邊緣檢測演算法;在第四章，討論了用fpga實現圖像獲取和模擬視頻輸出;第五章，討論了fpga與dsp之間以及fpga與彈上機之間的通訊模塊的設計，接著重點研究了一種新的verilog語言的描述風格，並用此寫法在上fpga實現對外圍設備的初始化模塊;最後，對本文所做的工作進行了總結。
  4. The emphasis of this article is the design in the second period, which is based on the pic microchip interface, because at present embedded structure is adopted by most of medical instruments so that it can run separately without computer, hi this part the article specifically introduces the interface circuit of pic16f877 single - chip, which includes the acquisition of a / d signa ls and the serial communication between the single - chip and computer, the design of complex programmable logic device ( cpld ) and the using of hardware describe language ( vhdl ) to control the rotate speed of 4 - route stepping motors

    本論文的重點是在設備的第二階段開發，它是基於pic系列單片機介面的硬體設計，主要是針對現階段大多數醫療設備都是採用嵌入式結構，它能夠脫離計算機單獨運行。在這部分詳細介紹了pic16f877單片機的外圍電路，包括a d信號的採集、單片機與計算機的串列通信，可編程邏輯器件cpld硬體的設計，以及用硬體描述語言vhdl編程來同時實現4路步進電機的轉速控制。
  5. Hdl is good forma1 ization " hierarchy and standardization descr ipt ion measure of designing and keeping in the archives in digital system

    硬體描述語言為數字系統的設計和存檔提供了一種具備形式化、層次化和規范化的良好描述手段。
  6. With the help of newly developed advance electronics design automation ( eda ) technology, some roles and tens or hundreds of components of traditional instruments could be replaced or redesigned by means of large scale programmable logic chip ( cpld / fpga ) with the characters of the high integration, designed with hdl ( hardware description language ) and supporting iap ( in application programming ) and isp ( in system programming )

    而隨著eda技術的飛速發展，大規模可編程邏輯晶元cpld fpga應運而生。這類晶元可以替代幾十甚至上百塊通用ic晶元，而且，因其可用硬體描述語言進行晶元設計、支持在線編程和在系統編程等優點而備受青睞。
  7. Chapter six introduces homepnp. it " s based on cal, and implements device interoperability

    Cal語言是互操作的基礎，它採用對象來描述設備，用對象的「方法」操作設備。
  8. Gives an example of subsystem of equipment management, chapter four introduces the object oriented modeling method in ship manage system, and using the modeling language uml ( unified modeling language ) and uml based visual design tool ration rose, to understand the requirement of the customers, the thesis establishes a system model, designs a agile and suitable system architecture and work flow, thus provides the technique support for the successful system

    本文第四章以船舶設備管理子系統（功能模塊）為例詳細描述了船舶管理系統面向對象的建模分析方法。並採用統一模型語言（ uml ）與基於uml語言的圖形化oocase （ objectoriented ）工具rationalrose ，用面向對象的開發設計方法來理解和把握用戶的需求，建立系統模型，設計出靈活、適應性強的系統架構與流程，為最終實現船舶管理系統軟體的成功開發提供技術保障。
  9. Firstly, the paper introduces development of building automation and character about all kinds of bus. in the second passage, accounting for the summary of eib, it analysizes diffience between eib and tranditional electrical installation bus, explain all kinds of advantage of eib, it exactly introduces hardware production 、 principle and line assemble of eib and special ets, it analysizes mode by uml, and introduce all kinds of properties, function and relation among equipments ’ address by between still and dynamic view. it provide basical theories for example design and software development. in the eighth passage, it introduce eib and mangemental and monitor and control system and programming designation

    對eib總線進行了概述，分析了eib總線和傳統電氣安裝總線的區別，並說明了eib總線的各種優點。其次對eib硬體產品、工作原理、硬體接線及專用ets軟體進行了詳細介紹。用uml語言分析建模，通過靜態視圖和動態視圖描述eib總線設備的各種屬性、功能、以及設備組地址的關聯，對實例設計和軟體開發提供了一個圖形化的理論基礎。
  10. Then the usb device controller was described by hardware description language and simulated under self - established usb - pci simulation environment. at last, the usb device controller was verified

    以硬體描述語言對usb設備控制器進行了描述，同時針對pci介面對usb - pci介面結構進行設計從而構建了pci - usb模擬驗證環境，最終用fpga實現，並通過驗證。
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