數字系統設計 的英文怎麼說

中文拼音 [shǔzìxìtǒngshèjì]
數字系統設計 英文
design of digital system
  • 數 : 數副詞（屢次） frequently; repeatedly
  • 字 : Ⅰ名詞1 （文字） character; word 2 （字音） pronunciation 3 （字體） form of a written or printed ...
  • 系 : 系動詞（打結; 扣） tie; fasten; do up; button up
  • 統 : Ⅰ名詞1 （事物間連續的關系） interconnected system 2 （衣服等的筒狀部分） any tube shaped part of ...
  • 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...
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 數字 : 1. （表示數目的文字; 表示數目的符號） figure; digit; numeral; character; numeric character 2. （數量） quantity; amount
  • 系統 : 1. （按一定關系組成的同類事物） system 2. （有條理的;有系統的） systematic
  • 設計 : devise; project; plan; design; excogitation; layout; layout work; styling
  1. The trial demonstrates the map symbolic library is complete, normative and perfect in functions. the output digital map in don format can satisfy the needs of map publishing as well as data convert and meet the demands of system devisal

    試用證明，系統符號齊全規范，功能完善，產生的dgn格式數字地圖可以滿足地圖出版和數據轉換的需要，達到了系統設計的要求。
  2. Design of a hospital digitalized network system

    醫院數字化網路系統設計
  3. Design of dtv multimedia message service system

    數字電視多媒體消息業務系統設計
  4. Design and realization of error code measuring system in fso

    的數字通信誤碼測試系統設計
  5. Then, i design a new signal processor basing on the development of hardware and the signal process of high frequency ground wave over - the - horizon radar

    接著，根據當今數字信號處理器件的發展和高頻地波雷達的信號處理過程，提出信號處理機的系統設計方案。
  6. The dissertation aimed at designing a new signal processor basing on the development of hardware and the signal process of high frequency ground wave over - the - horizon radar. after that, basal signal software of dsp, a important part of processing card, is designed

    本課題目的就是根據當今數字信號處理器件的發展和高頻地波雷達的信號處理過程，提出信號處理機的系統設計方案，然後對其中信號處理板中的主要處理部件dsp進行基礎軟體的開發。
  7. Digital system design based on isp technology

    技術的現代數字系統設計的實現
  8. Further investigated and analyzed composition structure and flow data that dsa ' s formation of image is systematic at first in this paper, carried on intact summing up to the data in the system, having given out the plan of design of high speed and large capacity data channel of digital formation of image system of x - ray ; deeper discussion of control way on sdram, give solution that many pieces of sdram works togetherses of realizing heavy capacity, designing of heavy capacity deposit board realize storing at a high speed to vision data by frame on the basis of this ; through further investigations of interface of pci bus, optimize back end state machine design and urge procedure making with lower, giving intact pci interface scheme that realize high speed dma data transmission and satisfy request of video transmitting ; further investigate the figure systematic design method of programmable logic devices, due to the difficult point of drifting about of enabled signal in fifo in common use and setting up and keeping of output signal, method has been proposed of improving stability of system making use of signal utilizing the phase locking ring in fpga to offer a lot of clocks to move thus realize coordinating the data between every module of system to transmit at a high speed by making use of fifo

    本文首先對數字減影血管造影（ dsa ）成像系統的組成結構和數據流向進行了深入研究和分析，並對系統中的數據流向進行了完整的歸納和總結，給出了x線數字成像系統中的高速大容量數據通道的設計方案；在對sdram的控制方式做了深入探討后，給出了實現大容量多條sdram共同工作的解決方案，在此基礎上設計了大容量幀存板實現對圖象數據進行高速存儲；通過對pci總線介面的深入研究，優化後端狀態機設計和低層驅動程序開發，給出了完整的pci介面方案實現高速dma數據傳輸，完全可以滿足視頻傳輸要求；深入研究了基於大規模可編程器件的數字系統設計方法，針對通用fifo使能信號漂移、輸出數據難于建立和保持等設計難點，提出了利用fpga中的鎖相環提供多個時鐘相移的信號來提高系統穩定性的解決方案，從而實現利用fifo來協調系統各模塊之間的數據高速傳輸。
  9. On the designing method of digital systems

    關于數字系統設計的研究
  10. Design of digital system

    數字系統設計
  11. Design and implementation of a active passive digital homing radar system based on tms320c

    的數字系統設計中的一些問題及其解決
  12. For this purpose, we should employ the new test instrument fit for boundary - scan test

    為此，我們必須為這些數字系統設計新的測試工具。
  13. With the development of the design of digital system, the cpld ( complex programmable logic device ) has been applied extensively

    由於數字系統設計的不斷發展， cpld器件獲得了廣泛的應用。
  14. Vhdl is considered as a core of digital system design and a key technique of imptement digital systems design

    硬體描述語言（ vhdl ）是數字系統高層設計的核心，是實現數字系統設計新方法的關鍵技術之一。
  15. How can we guarantee the correctness of design ? one way of achieving these goals is by using formal methods, which are mathematically based languages, techniques, and tools for specifying and verifying such systems

    為了提高數字硬體的設計層次，保證數字系統設計的正確性，採用「形式化方法」 （ formalmethods ）設計數字硬體或者集成電路系統是一種比較好的途徑。
  16. Fpga has become the best selection in the design of complex digital system in modern design process of digital system, especially in communication system, because of its merits like high integration, better reliability, short design period, less investment and agility. the usage efficiency of fpga for communication system can be raised by designing low rate speech coder in fpga

    在現代數字系統設計中， fpga因為高集成度，高可靠性，設計周期短和投資小逐步成為復雜數字系統設計的理想首選，尤其是在通信系統中大量地使用，把低速率的語音編碼器在fpga中設計，可以提高通信系統中的fpga的利用率，節約成本。
  17. This paper first discusses the feature of vhdl, and introduces the process of very long digital system by vhdl and auto - synthesis system with the method of top - down through designing control system of color lamp, reveals that it is very important to design digital system, logic synthesis and emulation with vhdl

    本文介紹了硬體描述語言的功能特點，並通過彩燈控制系統的設計過程（給出了模擬結果） ，介紹應用硬體描述語言及自動綜合系統以自頂向下的方法進行大規模數字系統設計的過程，揭示了硬體描述語言設計數字系統、邏輯綜合和模擬等技術在數字系統設計中的重要地位和作用。
  18. Application of eda technology in the digital system design

    技術在數字系統設計中的應用
  19. Application of hardware description language vhdl in the digital system design

    在數字系統設計中的應用
  20. With recent advance in micro - electronics technologies, fpga ( field programmable gate array ) has become more and more important in digital system design, because of its high performance in terms of scalability, functionality and so on

    近幾年來，由於微電子技術的迅猛發展，使得fpga （現場可編程門陣列， fieldprogrammablegatearray ）的性能指標，比如規模、功能等越來越好。因此， fpga在數字系統設計中占據了越來越重要的位置。
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