設計重用 的英文怎麼說

中文拼音 [shèjìzhòngyòng]
設計重用 英文
design reuse
  • 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...
  • 重 : 重Ⅰ名詞（重量; 分量） weight Ⅱ動詞（重視） lay [place put] stress on; place value upon; attach im...
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 設計 : devise; project; plan; design; excogitation; layout; layout work; styling
  • 重用 : put sb. in an important position重用親戚 nepotism
  1. Finally, the key link of engineering design reuse, which supports the reuse of the structuralizeation of designing knowledge and of the abstractive scheme, was approached

    探討了工程設計重用關鍵環節支持重用的設計知識結構化、抽象方案。
  2. The third, after theoretically analyzing, the following practicable methods are put forward : 1 ) automatically pick - up the synchronous information by analyzing the spectrum of intercepted video - leaking information ; 2 ) realizing the phase lock and the electronic image stabilization by integral - projection and differential - positioning ; 3 ) improving the effect of accumulation mean filter and the pectination filter by using electronic image stabilization ; 4 ) automatically adjusting image acquisition parameters by detecting the image entropy, therefore the quality acquired image is improved ; 5 ) to realize the quantitative test of a leaking extent, a standard test picture was designed. finally, a proto type for leaking information processing based on our techniques mentioned above and the virtual instrument principle was designed and tested

    在理論分析的基礎上，提出了以下的實用技術： 1 ）用譜分析方法從截獲的信息中自動提取同步信息； 2 ）用積分投影、微分定位的方法進行相位檢測，實現可靠的鎖相和電子穩像； 3 ）將電子穩像技術用於重加濾波和梳狀濾波的濾波方法，改進了濾波效果； 4 ）通過檢測圖像信息熵實現圖像採集參數的自動調整，改進了圖像採集的質量； 5 ）設計了用於儀器定標的標準測試圖，可以對泄漏信息進行定量檢測。
  3. Appearance and application of fieldbus control technology is base on smart instruments. this paper design a applied circuit of hart protocol smart instrument on which mainly discusses and analyze importance and difficulty of hart protocol

    本文的目的是在詳細討論、分析hart協議智能儀表的設計重點、難點和技術關鍵的基礎上，設計完整的hart協議智能現場通信器的實用電路。
  4. It has also been proved correct in practice by testing with cooperator. the paper analyzed the character of our radio and introduced the procedure of designed base band frame architecture. it showed the application of channel coding in our radio, and encode / decode method implemented in dsp

    本文針對本電臺的特點介紹了基帶幀結構的設計，重點介紹了幾種常用通道編碼在本電臺的應用，以及編解碼方法在dsp中的實現，並從理論上分析了通道編碼給本電臺帶來的處理增益。
  5. As an important component of the above researches, this paper covers following aspects : ? firstly, product design theories are summarized, status and development trend of machinery product design are analyzed, and application of knowledge based design method in machinery product design is put forward. ? kbe ( knowledge based engineering ) theories such as knowledge acquisition, representation and storage are discussed, kbe concept is integrated with ug secondary development technology, and design knowledge is induced and stored to establish the design knowledge base. ? product case representation is researched, a hierarchical tree type product case library for complex products is established, retrieve strategy for cases of the nearest filed is put forward and corresponding algorithm is given

    本文的主要研究內容及成果如下: ?對產品設計理論和方法進行了總結和概括，分析了機械產品設計的現狀和發展趨勢，將基於知識的設計方法應用到機械產品的設計中; ?研究了知識獲取、表達、存儲等kbe理論，並將kbe思想應用到ug二次開發中，將設計知識歸納存儲，建立了設計知識庫; ?研究了產品實例表示，建立了復雜產品層次樹狀產品實例庫，介紹了最近鄰域實例檢索策略並給出相應的演算法; ?研究了基於知識重用的三維產品建模技術，研究了在設計過程中的設計資源的重用，計算過程的重用，計算數據的重用，推理過程的重用等等;介紹了基於設計重用的凸輪三維模型的實現方法。
  6. Used by system and mechanical designers to accurately design, route, document and manufacture complex piping systems while optimally reusing designs for dramatic time savings and improvements in productivity

    幫助系統與機構設計者精確設計、布線、生成文檔和製造，針對復雜的管路系統，達到最佳的設計重用，大幅度節省時間提高生產效率。
  7. In order to use the strength and toughness index for design and apply of sfrc unified theoretical calculation formula of reinforcing and toughening of sfrc is given. experiments on bending toughness, breaking toughness and cube strength test results are carried out in connection with various kind of deformed steel fiber

    初步給出建立鋼纖維混凝土增強、增韌統一理論計算公式思想，為鋼纖維混凝土強韌雙重指標在設計、選用鋼纖維混凝土中的應用打下基礎；針對不同種類異形鋼纖維進行了彎曲韌性、斷裂韌性、立方體抗壓強度等試驗。
  8. An a ] ternat ion mode betwoen l nt ert ' ii ( ) tt iilyer and fie1 d object layer is designed on mode1 - - v iew separdt e techno1 ( ) g } ", in which re - - use of field object is highly improved

    利用模型-視圖分離技術設計了用戶界面表示層對象和領域層對象間的交互方式，極大提高了領域對象的可重用性。
  9. The design reuse technology based on feature has been researched. the domain feature and management feature in welding fixture design have been represented. more over, the tools for the features reuse have been realized

    （ 4 ）研究了基於特徵的設計重用技術，應用該技術封裝了焊接夾具設計中的幾何特徵和管理特徵，開發了航空焊接夾具特徵重用工具。
  10. The fundamental concepts of design by reuse and mechanical systems design are presented

    介紹了機械產品設計重用及機械繫統設計的基本概念。
  11. Pbd is bbd ’ s matureness and extendability, it extends design reuse idea and emphasizes system reuse

    Pbd方法是bbd方法的成熟和擴展，它延伸了設計重用的理念，強調系統重用。
  12. The steps of design by reuse based on similarity unit substitution and system integration design method based on units are discussed

    提出了基於相似單元置換的設計重用步驟及單元化系統集成設計方法。
  13. Finally, a conceptual design information model is built, which, being fully formalized, record the history of conceptual design and support its reuse

    最後建立了實現充分形式化並記錄概念設計歷史的概念設計信息模型，它支持概念設計重用。
  14. 5. the welding fixture design reuse system has been developed based on the above key technologies and catia, which has been applied in the aeronautic engineering, and has proved efficiency

    （ 5 ）基於以上研究，在catia平臺上開發的航空焊接夾具設計重用系統已應用於型號工程焊接夾具設計中，取得了良好的效果。
  15. On the basis of resuing of engineering design and of analytical study of idef modeling, the model of idef0 system that supports the reuse process was established, and the process of reuse system of engineering design was analyzed

    在工程設計重用及idef建模分析研究的基礎上，建立了支持設計重用過程的idef0系統模型，分析了工程設計重用系統過程。
  16. Design reuse is a technology to support the rapid design with the reuse of previous design resources. the cad systems for domain developed by design reuse technology can shorten the design period and enhance the product quality

    設計重用是一種利用現有各種設計資源來支持新產品快速設計的方法和技術，採用設計重用思想開發面向行業的cad系統，可以有效縮短設計周期，提高設計質量。
  17. In the 2nd chapter, the modeling method of manufacture - oriented structure unit is put forward, and has been used to implement design reuse. the structure unit encapsulates manufacturing and planning data, and provides basic modular for product design and process planning reuse

    第二章提出了支持設計重用的面向製造結構單元建模方法，將加工工藝和製造數據封裝于結構單元中，為零件結構設計和工藝設計重用提供了基本模塊。
  18. ( 3 ) conceptual design reuse in virtual enterprises the requirements of conceptual design reuse in virtual enterprise have been analyzed. then the methodology of building design reuse system based on pdm system is put forward. the integration of conceptual design information model and metadata of pdm is also researched, on the basis of which, the framework of conceptual design reuse that has multi - granularity is built

    （ 3 ）虛擬企業中的概念設計重用分析了虛擬企業中概念設計重用的需求，提出了基於pdm系統構建設計重用系統的方法，研究了概念設計信息模型與pdm元數據的集成，在此基礎上建立了多粒度層次的概念設計重用框架，同時還研究了設計意圖匹配的具體演算法和概念設計重用信息檢索的具體方法，最後研究了支持分佈異構環境下的互操作並具有松耦合結構的基於webservice的設計重用系統的體系結構和處理流程，並建立了概念設計標記語言。
  19. In this paper, by using the principles of systems science and similarity engineering, the integration design method of mechanical product systems based on similarity unit substitution is established. the objective is to solve the problem of design by reuse in cad process, supporting modification design and creation design

    本課題運用系統科學及相似工程學的原理，建立基於相似單元置換的機械產品系統集成設計方法，目的在於解決機械產品cad設計中的設計重用問題，支持變型設計及創新設計。
  20. Formally describing new application requirements and design pattern, finding out a group of reusable designs from pattern base in which new application fields are included, reusing found design patterns and validating custom patterns, etc. the base is formal descriptions, and the core is the selection of patterns " reusable design

    它主要包括新應用需求和設計模式的形式化描述、在模式庫中找出一組包含新應用領域的模式的可重用的設計、重用找出的設計模式和定製模式的驗證入庫等方面的研究，其中形式化描述是基礎，模式的可重用設計的選取是此方法的核心。
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