非面向對象的 的英文怎麼說

中文拼音 [fēimiànxiàngduìxiàngde]
非面向對象的 英文
non-object-oriented
  • 非 : Ⅰ名詞1 （錯誤） mistake; wrong; errors 2 （指非洲） short for africa 3 （姓氏） a surname Ⅱ動詞1 ...
  • 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...
  • 對 : Ⅰ動詞1 （回答） answer; reply 2 （對待; 對付） treat; cope with; counter 3 （朝; 向; 面對） be tr...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 面向 : 1 （朝著） turn one s face to; turn in the direction of; face 2 （使適合） be geared to the needs...
  1. Fsmail adopts and implements the asynchronous event driven mechanism, with all those network i / o operations in the server working under the non - blocking style ; accomplishes object - oriented heap with the dynamic array, adapted to any type of data ; adopts the multi - queue scheduling mechanism based on a fsm, easily to fulfill the extentions of delivery funtions ; fulfills the non - blocking domain name resolvement mechanism and the caching of the resolved results ; implements the non - blocking user database management and the caching of the user data recently accessed ; uses the unified memory pool management, avoiding the memory leakage and improving the performance of the fsmail server ; lastly, implements the log management server based on the c / s mode, eliminating the inconsistency of the logging metadata and being adapted to any kind of application logging

    Fsmail採用並實現了異步事件驅動機制，所有網路i o的實現使用了非阻塞方式；以動態數組實現了基於面向對象的堆隊列，屏蔽了堆數據的非一致性；使用了基於有限狀態機的多隊列郵件調度機制，為后續版本的擴展性提供了良好的介面機制；服務器內部實現了非阻塞的域名解析機制，並實現域名地址緩存；實現了非阻塞的用戶數據庫管理模塊，並實現用戶數據緩存；使用了統一的內存池管理機制，既防止了內存泄漏，又提高了服務器的性能；最後，還實現了基於c s模式的日誌管理服務器，屏蔽了日誌數據元的非一致性。
  2. The findings of this thesis reflect that the object - oriented method is an effective means used in developing finite element analysis software, compared with traditional method it possesses the advantages of being more structured, easy to be compiled, maintained and extended and the program code can be much more reused. the oop method not only improve the functions of finite element software but also realize the congruity between the computing model and physical model in the real world, and promote the integrity technique of cad / cae

    本文結果表明，面向對象方法是一種強有力的工具，採用面向對象方法開發大型有限元分析軟體是一種非常有效的方法，與傳統的有限元程序相比，面向對象有限元程序更加結構化、更易於編寫、更易於維護和擴充，程序代碼的可重用成分更大，它不僅能提高有限元軟體的功能，而且能實現數據模型與計算機模型以及現實世界物理模型之間的一致性，方便太原理工大學碩士學位論文cad / cae系統的集成。
  3. And by a machine configure file, the general postposition process is dealed with. at last, from the view of software engineering, the structure of this system is introduced. according to the achievements, nc automatic programming for noncircular surface gringding based on acis is successfully developed. the result of application shows that it is satisfying

    在上述研究成果的基礎上，設計了基於acis幾何造型平臺的非圓曲面數控磨削自動編程系統的總體結構，同時，運用面向對象的設計方法，開發了基於acis的非圓曲面數控磨削加工自動編程系統，並運用於實際生產，性能穩定，效果良好。
  4. As the rdbms ( relational database system ) can hardly adapt the requirement of non - traditional application, such as incompetence of model representation, low system with a combination of 00 language, sematic, model, complex object and database system. it absorts the merit of the oodbms and the rdbms, it inherit the mature technology of the rdbms, on the other hand, it import the technology of the 00, so it can boost up the ability of handle complex object, etc

    它針對關系數據庫系統（ rdbms ）不能適應非傳統應用的要求，如：模型表達能力有限，系統效率低、事務模型太簡單等，結合面向對象語言、語義模型、復雜對象模型和數據庫的幾個方面的研究而形成的一個高度數據集成化系統。
  5. Although uml activity diagram is magnitude component in uml, which agrees with modeling system dynamic process and describing workflow, it is immature in itself with the characteristic of non - oriented - object and essentially different from other uml diagram, and need to be ameliorated especially when applicated in workflow, own to the following limitation : firstly, activity diagram describes the behaviors of object class that response the inner action, so uml activity diagram is generally on the assumption of that there is no interruption caused by outer events during the process and no time defer, which limits the ability of uml activity diagram discribing complicated process ; secondly, user cannot obtain enough information of object data, and cannot make sure the character of mutual objects because of actually complicated object and relatively simple object expression in uml activity diagram ; lastly, owe to lacking rigorous mathematical basis and strict, effective methods of validation and analysis, uml activity diagram cannot support the simulation and optimization of workflow, let alone optimizating the model based on the result

    Uml活動圖是uml的重要組成部分，適用於系統動態行為建模和描述工作流，與uml的其他圖形工具不同，它本質上是非面向對象的，而且其本身並不成熟，仍在改進之中，特別是在工作流應用方面。首先， uml活動圖描述的是響應內部處理的對象類的行為， uml活動圖通常假定在整個計算處理的過程中沒有外部事件引起的中斷，也沒有時間的延遲，這就限制了uml活動圖對一些復雜過程描述能力。第二，現實世界業務過程涉及的對象數據十分復雜，但是uml活動圖的對象語義卻非常簡略，用戶基本上無法從uml活動圖中獲取關于對象數據的信息，也不能確定參與交互的對象的特徵。
  6. In first part, the main function and characteristics of chemstation are introduces in details. in the second part, the method of the object - oriented, the features of uml and rose served as the visual development environment of uml are summarized. in the last part, some standards and criteria of chromatography data are mentioned, such as unified chromatography data style technology and glp ( good laboratory practice for nonclinical laboratory studies )

    從總體結構上分為五大部分，這幾個部分的主要內容有：在第一章中，簡述了色譜數據處理軟體和它的應用范圍，然後簡要的說明了選題背景和意義在第二章中，首先以色譜工作站n2000為例，介紹了色譜工作站的主要功能和特點；然後概括了面向對象的方法和uml統一建模語言以及可視化開發環境rose的特徵；最後介紹了與色譜數據相關的標準和規范，如統一的分析數據和質量信息標準和glp （非臨床優良實驗研究規范） 。
  7. Research result shows that the object - oriented geographic spatial model has stronger representative ability, is easier understood and accepted ; using the concept of geometric data type unify the process method of attribute and spatial data, and simplify entity query and analyses. the topologic relations between entities, which are not been stored in explicit formulation in the model, can be achieved through collective operation of geometric object ' s hypergraph model. compared with traditional his, the query and analyses ability of which based on new model are stronger

    研究結果表明，面向對象的地理空間模型具有更強的表現能力，並且容易被理解和接受；採用幾何數據類型的概念，可以使對非空間數據和空間數據的處理方法相統一，而且會使對實體的各種屬性數據（包括空間屬性）的查詢和分析模型更加簡單；對于面向對象模型中不顯式表示的地理實體間的空間拓撲關系，可以利用實體的幾何對象的超圖模型間的集合運算來求得；基於面向對象地理空間模型的實體查詢和分析，也比基於傳統gis數據庫查詢和分析具有強得多的功能。
  8. Shared objects for the object disoriented

    用於非面向對象的共享對象！
  9. As to oo programming language, we have realized system above easily and link ooa & ood with oop seamlessly. but to some language not according with oo, we use some methods to simulate oo progralnming language

    充分發揮面向對象技術的優勢，針對上述應用背景進行了分析設計和實現；使用模擬面向對象的方法進行了非面向對象的語言實現。
  10. Element and the higher - order processing that performs specialized operations based on that element. in short, it means that the expressions in the data faithfully represent the meaning of the corresponding concepts. the ultimate test of semantic transparency is whether a human, using

    另一個抱怨是注冊表方法非常不幸地演變成第二代倡議中一個公共的、不正確的趨勢：將面向對象系統中的概念成批地導入到常規xml中。
  11. Since oodb ( object oriented database ) is not fully developed, ( although it is the direction of the database system. ) the combination of the rdb ( relation database ) and oodb has been an unavoidable tendency. the work done in this research is just an oo extension of fuze database system based on the relation model, which makes the system better in openness, and easy to maintain

    面向對象數據庫系統（ oodb ）是數據庫管理系統的一個發展方向，但是還非常不成熟，把關系型數據庫（ rdb ）和面向對象數據庫系統（ oodb ）進行集成己成為一種勢在必行的趨勢，本論文工作就是對基於關系模型的引信系統數據庫進行了的面向對象的擴展，使系統開放性好，易於維護。
  12. The result shows that this kind of adaptive control method has robust performance to a great extent because of the special dynamic compensation for external disturbance in these two systems. lastly, this dissertation introduces the main development techniques used for exploring distributed 3d flight platform which can validate advanced flight control laws in theory and method. based on windows 2000 / xp os ( operation system ), it synthetically applies real - time simulation arithmetic of control system, oop ( object oriented program ) development technique, tcp / ip protocol - based net - communication technique and api development technique of 3d virtual reality opengl to exploring the distributed simulation platform with friendly a

    本文對于驗證先進飛行控制理論的分散式三維飛行模擬平臺主要開發技術進行了原理和方法上的介紹，文中在基於windows2000 xp操作系統下，綜合運用了控制系統實時模擬演算法、面向對象的軟體oop開發技術、基於tcp ip協議的網路通訊技術及三維虛擬現實opengl的api開發技術，在vc + +應用程序框架的范圍內，開發了具有友好互動式三維界面的分散式模擬平臺，該平臺除了用於先進飛行控制理論的實南京航空航天大學博士學位論文時程序驗證之外，也可以用於航空院校的飛行控制系統教學實踐和飛行訓練的課程，由於開發這一平臺並不需要大量的資金投入，因此具有非常廣泛的應用前景。
  13. Is very different, conceptually, from an object - oriented approach, you can read about it in an earlier installment of this column,

    與面向對象方法非常不同，您可以在本專欄較早的部分（
  14. The development and running platform of system adopt the popular c / s mode which having a mature technology. the database design of system adopts the design method of normalization. the program design adopts power builder that is best forward database development, supplying all - round support to objects, so that the applied system can ensure the correct and safety of data, besides this paper discussed in detail and achieved the safe management of database

    該系統設計遵循模塊化、可靠性、開放性、人性化等原則；系統開發及運行平臺採用當前業界流行並且技術非常成熟的client server模式；系統數據庫設計採用規范化設計法（即軟體工程的思想與方法） ；程序設計採用優秀的前端數據庫開發工具powerbuilder ，提供對面向對象的全面支持， pb開發完成的應用系統能夠切實保證數據的安全可靠、正確有效。
  15. A very important concept in object - oriented design,

    在面向對象的設計中一個非常重要的概念，
  16. Aim at special application, this article brings out some data models based on nonstructured engineering data model and use the theory in engineering data model research area for reference, combines the data modeling technology with the object oriented technology, uses the object oriented technology to abstract objects for the application system and abstract the application frame, converts the polymorphism character of the object oriented frame to the complex data storage character, realizes the permanent management of object method hi the object oriented system, and then from the position of data independence, separates the method independent management from the object frame and achieves the polymorphism and extensibility of the object oriented system, fulfills the enterprise application who need customize the software function

    本文在非結構化工程數據模型的基礎上，吸取非結構化工程數據模型的研究成果，提出針對專門應用的復雜數據模型，並將數據庫建模技術與面向對象技術相結合，按照面向對象的方法對工程應用進行分析建模，抽取出系統的對象框架結構，將面向對象系統的實現方法作為復雜數據模型處理，實現對象方法的持久化管理，從而在數據獨立性的角度將對象方法從對象框架分離出來單獨管理，在更高的層次上實現了面向對象系統的多態性和可擴展性，滿足了企業復雜應用中對軟體系統進行柔性定製的要求。課題研究的問題為面向對象系統中對象方法的持久化存儲與管理。
  17. Architecture is presented for integrating case - based reasoning and rule - based reasoning with totally new viewpoints. moreover, this paper puts forward the framework of the expert system and the approach to implement the design above. the experiments are done in the domain of automobile sounder faults " diagnosis with the rad tools ( borland delphi5. 0 and interbase6. 0 ), and the preliminary results are very promising

    以borlanddelphi5 . 0和interbase6 . 0為開發工具，應用人工智慧診斷方法和面向對象的程序設計方法，開發出了以車輛音響故障為研究對象的診斷專家系統原型，使用基於執行和非執行測試的方法，通過實例驗證了以上方法的正確性和整體實現框架的有效性。
  18. For computing kernel, ooparafea, a complete new integrated fea class library ( including database class library, basic fea class library, digital model class library and so on ) has been built based on the analysis of many former class hierarchies. linear / nonlinear, serial / parallel analysis and sub - strucutre method have been realized in ooparafea

    在深入分析已有研究成果的基礎上，論文提出了一個獨特而又不失一般性的、較為全面的、面向對象的、基於網路的集成限元分析類庫並完成全部的程序實現，可利用子結構法，互動式的進行線性、非線性分析，還可通過網路進行遠程同構異構系統平臺下的串、并行分散式有限元分析。
  19. Object - oriented ( oo ) analysis and design methodology has gained huge popularity in non - real - time system domains ; however, its adoption in development of real - time systems is still at an early stage

    面向對象的分析和設計方法在非實時領域已經取得了巨大的成功，但它在實時系統特別是具有嚴格時間約束的硬實時系統中的應用目前仍然處在探索階段。
  20. However, there is no concept directly corresponding to objects in non object - oriented systems. a lot of object - extraction approaches for extracting objects from legacy systems into object - oriented systems. the paper did a lot of in - depth research about object - extracting approach on module features

    由於在非面向對象系統中沒有與對象直接對應的概念，因此目前提出了大量的對象抽取方法，通過逆向工程思維，將非面向對象系統轉換為面向對象系統。
分享友人
分享到 Line

分享到臉書