框架知識表示 的英文怎麼說

中文拼音 [kuàngjiàzhīzhìbiǎoshì]
框架知識表示 英文
frame knowledge representation
  • 框 : 框名詞（框架; 框子） frame; case
  • 架 : Ⅰ名詞1 （用來放置東西或支撐物體等的東西; 架子） frame; rack; shelf; stand 2 （毆打; 爭吵） fight;...
  • 知 : Ⅰ動詞1 （知道） know; realize; be aware of 2 （使知道） inform; notify; tell 3 （舊指主管） admin...
  • 識 : 識Ⅰ動詞[書面語] （記） remember; commit to memory Ⅱ名詞1. [書面語] （記號） mark; sign 2. （姓氏） a surname
  • 表 : Ⅰ名詞1 （外面;外表） outside; surface; external 2 （中表親戚） the relationship between the child...
  • 示 : Ⅰ動詞（擺出或指出使人知道; 表明） show; indicate; signify; instruct; notify Ⅱ名詞1 [書面語] （給...
  • 框架 : [建築] frame; framing; shell frame; skeleton frame; frame mount; trellis; sash; pigsty（e）; rack...
  • 知識 : 1 （認識和經驗的總和） knowledge; know how; science 2 （有關學術文化的） pertaining to learning o...
  • 表示 : show; express; mean; indicate; expression; presentation; signifying; remark; representation
  1. This subject is based for the subject topic of 863 program named " vegetable planting agriculture expert system developing frame " ( project number : 863 - 306 - zd05 - 01 - a ). after a long - term research which can be divided into three phases as follows : synthetic analysis of expert systems in agriculture area ; components research and design of knowledge acquisition, representation, and reasoning result explanation ; integration of all the components, the system aimed for non - computer major technicians has been developed. lately, client / server ( c / s ) calculation based on distributed transaction concepts, is gradually becoming popular

    本課題以國家863計劃智能計算機主題關鍵技術課題「蔬菜栽培農業專家系統開發框架」 （項目編號： 863 - 306 - zd05 - 01 - a ）為研究背景，通過對領域應用專家系統的綜合分析，在研究設計知識獲取、知識表示、推理求解、推理結果解釋、人機界面等構件的基礎上，按系統集成的要求，完成了蔬菜栽培專家系統開發框架的研究，提交非計算機專業人員能夠直接使用。
  2. Then discusses common knowledge representation method such as predicate logic, semantic network, production rule, frame etc. and probes into the application of predicate logic in epr system

    然後，較詳細地討論了謂詞邏輯、語義網路、產生式規則和框架等常用的知識表示方法，重點研究了謂詞邏輯知識表示技術在電子病歷系統中應用問題。
  3. Requirements analysis, system frame design, algorithm design, code compile and software test of protection setting verifying and analysis system of sub power system are all accomplished. main research work of this paper is concentrated on three respects : ( 1 ) knowledge expressing of mathematic model and physics model of power system using relation database and object oriented language, ( 2 ) new methods of in - substation topology and net topology analysis based on topology of hierarchical model, ( 3 ) father research of protection coordination considering difference of protection setting verifying and fixing

    論文提出了進行保護定值在線校驗的意義和方法，並按照軟體工程的規范化開發的要求，完成了滄州地區電網保護定值在線校驗分析系統的需求分析、系統框架設計、演算法設計、代碼編寫和軟體測試的大部分工作，主要的研究工作集中在： （ 1 ）利用關系數據庫和面向對象語言對電網進行物理模型和數學模型上的知識表示。
  4. So the system uses the knowledge method which is the synthetic knowledge construction of describing frame and the rule base of rule frame and rule body

    為此，系統採用描述框架和「規則架+規則體」的規則組庫組成的綜合知識體結構的知識表示方法
  5. The semantic web uses a multi - level framework to achieve its goal. ontology locates in the level from textual description to knowledge - based reasoning. so it is important to develop ontology for the semantic web

    語義web採用多層次的表示框架， ontology位於從文檔描述到知識推理轉折的層次，因此ontology的構建是實現語義web的關鍵環節。
  6. ( 5 ) user management system is built by asp technology on the server - side. user ' s register and logging is accepted and the user permission for different group is designed ( program files referred to appendix 1 ) ; the connection between web server and plastic die material database system realized by ado, odbc technology, which will guarantee the mutual information transportation between the database system and different terminals ; ( 6 ) further study of expert system is discussed and the implementing reasoning base on plastics mould material selection neural networks is put forward and key problems is also discussed. according to the requirements of sustainability, extended knowledge frame of mould selection and track algorithm meeting the requirements of dynamics, history, structuralism, illegibility, unintegrity and uncertainty are verified and corresponding examples are also put forward

    （ 3 ）通過ado 、 odbc技術實現web服務器與塑料模具材料數據庫系統的連接，從而保證了塑料模具材料數據庫系統和各終端之間信息的雙向傳遞； （ 4 ）在服務器端利用asp技術建立塑料模具材料遠程選擇優化專家系統交互界面，通過標準數據庫查詢語言，客戶能對數據庫中的塑料模具材料信息進行查詢（程序文件列表參見附錄1 ） ；廣東丁業人學1學m學位淪義門）在服務器端利用sp技術建立用戶管理系統，接受用戶的注冊、登錄消求，為不同等級的用戶設定相應的權限（程序文件列表參見附錄1 ） ； （ 6 ）討論了進一步完善該專家系統所需做的工作，提出塑料模具選材神經網路批理的實現方案，並對其中的關鍵問題進行了討論：按照可持續發展的要求，對擴展的模具選材知識框架、滿足動忐性、歷史性、結構性、模糊性、個大根性、不硯定性等需求的跟蹤演算法進行了論證並給出計算示例。
  7. Concept classification and frame expression. by comparing the frame expression and logic expression, we adopt description logic for automatically classify the concepts during knowledge navigation

    通過對本體的框架表示和邏輯表示進行比較分析，提出用本體的描述邏輯表達來解決知識導航過程中概念的自動分類問題。
  8. Firstly, this paper discussed failure mechanisms, failure reasons and precautions of explosion, corrosion, abrasion, deformation and leakage etc by studying the rationales of internal and overseas failure analysis for pressure vessels. secondly, each fault tree of failure analysis was built and the knowledge base of failure analysis for pressure vessels was made by combining production rule with framework in the end

    本文借鑒國內外的壓力容器失效分析的基本原理，研究了破裂或爆破失效、腐蝕失效、磨損失效、變形失效、泄漏失效等失效機理、失效原因及預防處理措施，進而建立其各自相應的失效分析故障樹，最後通過產生式系統與框架系統相結合的知識表示方法建立了壓力容器失效分析知識庫。
  9. Frame knowledge representation

    框架知識表示
  10. Fault diagnosis knowledge representation of multi - purpose coal mining equipment based on frame structure

    綜采設備故障診斷的框架知識表示
  11. The frame knowledge representation approach is applied to the system in which the knowledge base and topology structural database of power network are saved as external databases

    該系統採用框架知識表示法，將知識庫與電網拓撲結構數據庫均做成了外部數據庫的形式進行存儲。
  12. ( 2 ) according to the features of the ship electric power system, frame expression and production expression are combined

    （ 2 ）結合船舶電力系統的特點，提出了使用框架表示與產生式表示相結合的知識表示法來對故障所用的診斷知識進行表示。
  13. Among all types of knowledge representation, the framework representation has been widely used for its features of applicability, summarizing, structuring and reasoning

    在眾多的知識表示方法中，框架表示法由於具有適應性強、概括性高、結構化良好、推理方式靈活的特點而得到人們的廣泛應用。
  14. This paper has introduced the basic conception of the expert system briefly at first, then analyzed the traditional expert system ' s limitation in knowledge expression, such as production is too dull, it is difficult to express structurization knowledge ; the reasoning mechanism of the frame is realized difficult, etc

    本論文首先簡單介紹了專家系統的基本概念，分析了傳統的專家系統在知識表示方面的局限性，如產生式表示法過于單調，難于表示結構化知識；框架表示法的推理機制實現起來較為困難等。
  15. In the course of building knowledge base, this article analyses field knowledge of the automobile components failure with fault tree analysis ( fta ), and represent the field knowledge included in fault tree with the combination of frame and production rule on the base of studying the theory and method about knowledge representation

    在知識庫的建造過程中，本文應用故障樹分析法分析了汽車零部件失效領域知識，在討論了知識表示的有關原理和方法的基礎上，採用了產生式系統和框架系統相結合的方法表示故障樹中蘊涵的領域知識。
  16. A frame representation was chosen to express the knowledge of carqs, and c + + was used to define the data structure. aiming at the design objective of system, rote learning was chosen to improve the performance. chapter four discussed how the dijkstra ' s arithmetic was ameliorated

    在分別對知識表示、機器學習研究探討的基礎上，經過對多種知識表示方法進行分析、比較，最終確定利用框架表示法表示carqs中的知識，用c + +語言對數據結構進行了定義，並針對系統設計目標，選擇機械學習作為性能改進途徑。
  17. The expression method of knowledge and the inference machine, which are the most important parts of the system, have been studied, and the overall frame of the system has been designed

    本文主要是對該系統在設計開發中的知識表示、推理機制以及整個系統的框架構建進行了研究。
  18. The paper uses the object - oriented method of knowledge representation, making manifold simplex knowledge representation such as rule and frame constitute one hybrid knowledge representation form according to the object - oriented program design principle. in the object - oriented repository, the concept and entity involved in problem solving are considered as objects and expressed in the form of the framework. such a structure is good for knowledge storage and inference realization

    使用了面向對象的知識表達方法，將多種單一的知識表示方法（規則、框架等）按照面向對象的程序設計原則組成一種混合知識表達形式，在面向對象的知識庫中，將問題求解中涉及的概念、實體等作為對象，並以框架形式表示，這樣的結構易於知識的存儲，也有利於推理的實現。
  19. 2. fault diagnose expert system ' s knowledge expression form is object - oriented frame

    2 、故障診斷專家系統的知識表示形式採用面向對象的框架結構。
  20. Frame based knowledge representation

    框架型知識表示
分享友人
分享到 Line

分享到臉書