部署視圖 的英文怎麼說

中文拼音 [bùshǔshìtú]
部署視圖 英文
deployment view
  • 部 : Ⅰ名詞1 （部分; 部位） part; section; division; region 2 （部門; 機關或組織單位的名稱） unit; mini...
  • 署 : Ⅰ名詞（辦公的處所） a government office; office Ⅱ動詞1 （布置） make arrangements for; arrange 2 ...
  • 視 : Ⅰ動詞1. （看） look at 2. （看待） regard; look upon 3. （考察） inspect; watch Ⅱ名詞（姓氏） a surname
  • 圖 : Ⅰ名詞1 （繪畫表現出的形象; 圖畫） picture; chart; drawing; map 2 （計劃） plan; scheme; attempt 3...
  • 部署 : 1. （安排, 布置） arrange; map out; lay out 2. [軍事] （兵力的區分和配置） dispose troops; deploy
  1. The management work data of oil - field earthquake exploration and oil - well position, which has not only data of current space position, but also entitative attribute data describing, have great capacity, traditional cad graphics describing the data plus the model database managing mode ca n ' t already adapt the modem exploration with well geography information for management work demand, so it is necessary to realize the unique management of exploration and oil - field well space data and attribute data use advanced geography information system ( gis ) technique, this thesis is based on the excellence ' s table ' s top geography information system - the maplnfo software, using the second process technique, the digital relief map and tectonic map as the base map, the earthquake exploration database as the original data, established the gis of the exploration and oil - field well in the area of the liaohe oil - field, realize visualization management, it provides a reference thereunder for the earthquake exploration deplo ying the workload and proceeding the technique design, and completed lots of practical work

    油田地震勘探與油井井位管理工作數據量大，既有空間位置數據，又具有實體的屬性描述數據，傳統的cad制圖+屬性數據庫管理模式已經不能適應現代勘探和井位管理工作的需要，採用先進的地理信息系統（ gis ）技術，實現勘探和油田井位空間數據和屬性數據的統一管理是必然的趨勢。本文以優秀的桌面地理信息系統mapinfo軟體為開發平臺，在此基礎上進行二次開發，以數字化地形圖、構造圖為載體，以地震勘探數據庫為數據源，建立了遼河油田范圍內的地震勘探和油田管理信息系統，實現了數據的可視化管理，為地震勘探部署工作量、進行技術設計，提供了圖形和數據的參考依據。並完成了很多實際工作。
  2. Second, the concept of unified modeling language is describled, and its " 4 + 1 " views ( use case view. logical view, implementation view, process view, deployment view ) are describled based on the characteristics of liquid propellant space propulsion systems. software process model, the concept of iteration and increment, the concept of software development based on risks, sysnerty software process model are describled ; software model of the study of the software of configuration analysis of liquid propellant space propulsion systems is presented in this paper using unified modeling language and synergy software process model

    然後本文闡述了統一建模語言的概念，並結合空間推進系統特點分別對統一建模語言的「 4 + 1 」結構視圖（用例視圖、過程視圖、邏輯視圖、實現視圖、部署視圖）進行了闡述；闡述了軟體過程模型和迭代、增量及基於風險的軟體開發的概念以及synergy軟體過程模型；應用統一建模語言和synergy軟體過程模型建立了液體推進劑空間推進系統構型分析軟體的軟體模型。
  3. She defines the architectural blueprints described in the use - case, logical, process, implementation, and deployment views

    他定義出架構藍圖，用用例、邏輯、流程、實現和部署視圖進行描述。
  4. This is not a problem if we create closed packages but when using dynamic packages, getting rid of the deployment view would invalidate the packages

    如果我們建立封閉包這並不是一個問題，但是當我們使用動態包時，刪除部署視圖將使包出錯。
  5. Based on the discussion of the two main platforms on which distributed enterprise applications can be built, j2ee was selected as the infrastrcture of our inspection platform. the inspection platform was designed from the usecase view, logical view and deployment view respectively. model - view - controler ( mvc ) design pattern was used in the softeware architecture design

    Net平臺的比較分析，選擇將系統監測中心構建在j2ee規范之上，然後利用uml建模技術分別從用例視圖、邏輯視圖、部署視圖三個角度闡述了系統監測平臺的總體設計，整個軟體的結構基於mvc （視圖、數據和控制分離）的設計模式。
  6. The structural framework of the on - line test system has been built in the paper, based on j2ee and xml. uml is integrated into the development of web application in virtue of rose to get visual system model. the system requirements and design models are defined by uml diagrams such as use case diagram, class diagram, sequence diagram, collaboration diagram, component diagram, and deployment diagram. web pages, component objects, data tables and databases are all regarded as a class or an object. the modeling process bases on the views of real world. the design and development process is established according to the views of software engineering. the online examination system which bases on j2ee can fully use the jsp 、 javabean 、 servlet 、 xml, flexibility of three - tier model to optimize the system performance and to enhance. the development value

    同時藉助rose工具將uml語言和web應用開發結合起來，進行可視化建模，利用uml的用例圖、類圖、時序圖、合作圖、組件圖和部署圖等，定義系統需求，描述系統設計，將web頁面、組件對象、數據表和數據庫都作為類或對象，按照真實世界的觀點進行建模，依據軟體工程學的觀點制定設計開發步驟。本系統以j2ee體系結構為基礎，充分利用jsp 、 javabean 、 servlet 、 xml組件和三層模式的靈活性來簡化開發過程，優化系統性能，從而提高了系統的開發價值。
  7. In step of conceptual design, requirement analysis and actor analysis are discussed to analyze erp system using case diagrams and sequence diagrams. in step of logical design, database models and package diagrams are presented in definition of object class, user interface and object class diagrams. in step of physical design, design planning, deployment realization and technology environment of erp system are introduced

    在概念設計階段，重點探討需求分析和角色分析，並採用用例視圖和順序圖來分析erp系統；在邏輯設計階段，充分利用定義對象類、定義用戶介面、定義對象類圖等方法建立erp系統數據庫模型和包圖；在物理設計階段，重點探討系統的設計規劃、部署實現及技術平臺來實現erp系統。
  8. System view window in deployment designer

    部署設計器中的「系統視圖」窗口
  9. A new visualization section is now available in the deployment descriptor editor s overview tab, enabling easy navigation to and creation of class diagrams

    現在部署描述符編輯器預覽選項卡的可視化片斷是可用的，這將很容易導航到（和創建）類圖。
  10. Double - click on the name of the application client module in the j2ee hierarchy view to start the deployment descriptor editor, or from other views, open

    雙擊j2ee hierarchy透視圖中的應用程序客戶端模塊名字來啟動部署描述符編輯器，或者是從其它透視圖中打開
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