知識工程系統 的英文怎麼說

中文拼音 [zhīzhìgōngchéngxìtǒng]
知識工程系統 英文
knowledge engineering system
  • 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
  • 工 : Ⅰ名詞1 （工人和工人階級） worker; workman; the working class 2 （工作; 生產勞動） work; labour 3 ...
  • 程 : 名詞1 （規章; 法式） rule; regulation 2 （進度; 程序） order; procedure 3 （路途; 一段路） journe...
  • 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 ...
  • 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...
  • 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
  1. ( 2 ) some key technologies for dam safety analysis and evaluation, such as evaluative knowledge and illative knowledge, were studied based on knowledge structure of dss

    （ 2 ）從系統知識構成出發，研究了系統實現對大壩安全狀況進行分析評價所需的評價類知識和推理類知識等知識工程的關鍵技術。
  2. The key technology of mpidss includes the distributed supported technology, the process control of cooperative working and the real - time control of the decision process, etc. based on the technologies of decision support system ( dss ), group decision support system ( gdss ) and distributed decision support system ( ddss ), with the theory of system engineering and artificial intelligence such as knowledge engineering, agent, etc, having the background of the items supported by the national 10th five - year plan foundation - the research on the technology of military programming intelligent decision support system, this paper focus its work on researching on the algorithm of mission decomposing and mission distributing, distributed support technology, real - time process control method and project evaluating technology, etc. further more, the architectural model of process control based on multi - agent alliance is put forward and the prototype system of mpidss is implemented

    這類決策問題與傳統的企業決策的不同點在於決策群體龐大、決策任務多且任務屬性各異、決策任務的求解具有實時性要求等。決策過程中的關鍵技術包括分散式支持技術、決策任務求解的過程式控制制技術以及實時任務的求解控制策略等。論文在繼承傳統的個體決策支持系統（ dss ） 、群體決策支持系統（ gdss ）和分散式決策支持系統（ ddss ）技術的基礎上，結合系統工程思想以及人工智慧中的知識工程、 agent等前沿技術，以總裝備部十五預研課題? ? 「群體決策支持平臺」為課題背景，深入研究了分散式多任務群體決策過程中的任務分解與分配演算法、任務協作策略、分散式支持技術、實時控制技術，決策方案評價技術等，提出了用於過程式控制制的多agent聯盟體系結構模型，設計和實現了面向軍事作戰規劃的智能決策支持原型系統。
  3. On the direction of the elementary theories on knowledge service, using the advanced technology of software engineering, software programming, computer network and information processing, i have designed and implemented the i - kno v service system ( intelligent knowledge service system )

    在知識服務基本理論的指導下，利用先進的軟體工程技術、軟體編程技術、計算機網路技術、信息處理技術，作者進行了i - know智能知識服務系統的設計開發工作。
  4. The paper analyzes and compares the concept, process and knowledgeable system of systems engineering of china ' s aerospace industry and modern project management, pointing out the obstacle of the current management system must be overcome. meanwhile the paper suggests that much attention should be paid to some aspects

    對此，本文研究了中國航天工業系統工程的主要內容、方法和現代項目管理的概念、過程、知識體系，並進行了比較，分析了應用項目管理要克服的巨大阻力，提出了要特別注意加強的工作。
  5. Based on the sum - up and abstraction of the relationships of rapeseed growth characters with ecological environment, cultivar type, production condition and yield target, a dynamic knowledge model was developed by using knowledge engineering and system modeling method, which could be used for designing a suitable sowing and transplanting scheme of different rapeseed varieties under different spatial and temporal environments

    摘要運用知識工程和系統建模方法，在總結、歸納和提煉油菜生長發育與生態環境、品種類型、生產技術水平和產量目標關系的基礎上，建立了具有時空適應性的油菜播栽方案設計的動態知識模型，可用於精確定量不同環境和生產條件下油菜品種的適宜播期、基本苗、播種量和移栽方案。
  6. Base on the analyzing and coordinating of the experts " knowledge in the field of aquaculture, and making the knowledge systematization, " feedstuff feeding of the freshwater aquatics breeding expert system " is designed and implemented. it is depended on the prevalent web techniques in the internet / intranet platform and build a knowledge wide - shared environment on web

    本研究通過對淡水養魚飼料投喂過程的分析，提出了飼料投喂知識的表示與獲取方法；運用知識工程相關理論，進行了「淡水養魚飼料投喂專家系統」的知識庫、模型庫及推理機制的設計；將專家的知識和經驗用專家系統技術結合主流的計算機網路技術表現出來，研製了基於web的淡水養魚飼料投喂專家系統。
  7. The modeling of ontology - based knowledge base system is one of the research hot spots in knowledge engineering

    基於ontology知識庫系統的建模，是目前知識工程界研究的熱點。
  8. Based on integration of " high yield & benefit and good grain quality of modeled cultivation of foodstuff crop ( rice ) and its consultation system ", this thesis sets it ultimate goal to deal with the knowledge discovery in the consultation system of simulation - optimization decision making in quality and high - yielding rice cultivation. after a close study of the features of the database in rice cultivation, this thesis introduces the system engineering theory of agent aralysing and designing and offers a practical new way to promote the intelligence of the knowledge discovery system in rice cultivation database, to improve the efficiency of data mining and the human - computer interactive ability to realize the integrated knowledge - based combination between human and computer or among the sub - systems

    本文以廣西「糧食作物（水稻）兩高一優模式栽培技術集成與咨詢系統研究」為背景，以基於專家系統（ es ）的水稻優質高產栽培模擬優化決策咨詢系統的知識獲取問題為導向，針對水稻栽培數據庫的特點，從系統工程角度引入面向agent的分析與設計思想，提出一種用多agent從水稻栽培數據庫中發現知識的人機合作、半自動的知識獲取方法，實現利用多agent的自主性、反應性和社會性，提高水稻栽培數據庫知識發現系統的智能水平、數據挖掘效率和人機交互能力，實現人機之間、各子系統之間基於知識的柔性綜合集成，為水稻栽培知識發現提供了一條新的可行途徑。
  9. Nevertheless, as the simulating technology involves the integrated high - techs and knowledge of computers, networks, images and graphs, multi - medias, software engineering, information processing and automated control, the simulating system is affected by its own characteristic - featured conditions, running environment and training requirements, thus yielding many problems that exist in our marine engine room simulators being currently used. for example : the mers system has poor working stability and high rate of breakdown ; its viewing device is yet to be updated, as the true aspect of the engine room can not be seen during training ; the teaching display board can not display the running state of the system with 3 - d animations, neither can it change the dynamic flow chart, etc. the afore - said problems have been greatly retarding the seafaring teaching and training, and restricting the application value of mers, as a consequence

    但是，由於輪機模擬器模擬技術綜合了計算機、網路技術、圖形圖像技術、多媒體、軟體工程、信息處理、自動控制等多個高新技術領域的知識，模擬系統受到了其特有的制約條件、運行環境和訓練要求的影響，現行輪機模擬器在應用中還存在著許多問題，如：輪機模擬器系統工作穩定性差，故障率高；視景裝置落後，訓練中見不到機艙真面目；示教板不能用三維動畫來顯示設備運行狀態，不能更換動態流程圖等。
  10. The person who constructs the system relies on their intuition and experience to choose the tolerance of a certain static to measure anomaly detection

    當前，建造一個有效的入侵檢測系統是個巨大的知識工程。系統構造員依賴他們直覺和經驗選擇某種統計標準度量異常檢測。
  11. A new type hydraulic control system has been put forward in this thesis based upon analysis of working cases on the cone crushers. lt follows from research in this thesis that the new type hydraulic control system has some outstanding performances such as high automatic control level, reliability etc. and the new system has been successfully used in the auto - circling ultra - fine crusher developed by us in recently, too. and the time - lag problem on hydraulic control of the new system was studied in details

    對提高破碎設備的自控水平和增加整機的可靠性有顯著效果，同時又把該新型液壓系統有效地運用到我們所開發的一個項目? ?自循環超細粉碎機上，並對「時滯」問題做了研究。人工智慧技術近二十年來得到了很大發展，特別是專家系統，知識工程的發展更為迅速。
  12. The work of this paper is a part of national 863 high technique project, “ web intelligence applications development and runtime platform ( wiadrp ) ”, which is taken by the lab of knowledge ware and knowledge engineering of jilin university

    本文所做的工作是吉林大學智能軟體與知識工程實驗室承擔的國家863項目「 web智能應用系統開發運行支撐平臺」重大課題的一部分。
  13. This paper, based on the related research on previous studies of firm theories and strategic management, provide a fresh and comprehensive analysis on the knowledge strategic manangement of knowledge - based firms through the systems engineering theories and methodologies, which can enhace the understanding and can provide new ideas both for researchers and practitioners in this field, the main contributions of the paper as the following : firstly, the author argues that firm is a complex knowledge system, firm strategy is a process of knowledge creation and knowledge application, and the untimate target of innovation is to create knowledge avantage for firms, and provids a comprehensive analysis for firm stategy according to systems engineering

    其研究的主要內容如下： （ 1 ）本論文認為企業是一個復雜的知識系統，首次提出企業戰略是一種知識活動，知識創新過程是以提高企業知識優勢力為目標的，並試圖用系統論的觀點對知識型企業的戰略管理進行解讀，弄清楚知識型企業戰略管理思想的合理內核。在此基礎上，對知識型企業戰略系統的核心問題進行分解，構築以知識為中心的「共同願景?知識流程?知識員工」戰略模式、以知識優勢力為核心的戰略系統三維結構和戰略管理過程三階段相結合的分析框架。
  14. Then, because of the characteristic of complex engineering systems like fighters, such as modeling difficulty, multiplicity work situations, difficulty and expensiveness for test, a new kind of fast fault predictor is designed based on an improved k - nearest neighbor method, which neither need math model of system nor need data for train and knowledge

    其次，針對殲擊機等復雜工程系統建模困難、工作情況多樣、試驗困難且代價高昂的特點，提出了一種改進k近鄰密度估計方法，設計了一種完全既不需要系統數學模型也不需要故障訓練數據和先驗知識的實時故障預報器。
  15. Some key technologies, such as the compound cbr and rbr technology and a new calculating approach of pressing center are studied. the three modules ( task and project manage, compound reasoning design and computer aided arts and crafts calculate ) are developed using catia development module caa, vc + + 6. 0 and oracle 8. 06. the cadd system has been used well in an aviation project of the chengdu aircraft corporation

    圍繞成都飛機工業（集團）公司型號工程模具項目，基於windows2000的catia平臺，採用vc + + 6 . 0與catia二次開發工具caa ，並以oracle8 . 06為后臺數據庫，開發了基於知識的沖壓模具cad系統的任務和工程管理、輔助工藝計算以及模具混合推理設計三個功能模塊，實現了知識工程在沖壓模具設計中的應用。
  16. By using theory of systems engineering, methods of knowledge engineering, summing up the existing research results of peanut cultivation, documentation, expert experience and expert problem - solving ideas roundly ; colligating crop cultivation, plant protection, soil fertility, agro - ecological and other fields of knowledge ; combining the visual basic6. 0 programming technology, acesss2000 database technology with expert systems technology organically, a peanut cultivation and management computer expert systems is developed based on peanut growth model

    本研究採用系統工程的思想，知識工程的方法和手段，在總結現有花生栽培及生理研究成果、文獻資料、專家經驗的基礎上，綜合植物保護、土壤肥料、農業生態等多個領域的知識，將visualbasic6 . 0編程技術、 acesss2000數據庫技術與專家系統開發技術有機結合，研發出一套花生栽培管理計算機專家系統。 1 、總體結構和功能該系統由數據庫、模型庫、知識庫、推理機和人機界面等部分組成。
  17. And the functions and composes of it is analyzed in detail also. 3. an object - oriented process information modeling architecture, which is the basic theoretical foundation of process knowledge management, is founded

    全面、完整地論述了面向對象工藝信息建模體系及其建立過程，該建模體系是建立工藝知識管理系統的理論基礎。
  18. Huang, j. l., wu, h. j., 2000, development of the product information system through information flow planning, the 5th international conference on industrial engineering ? theory, applications and practice, dec. 13 - 15, hsinchu

    黃致理，吳銜容， 2000 ，運用產品知識管理系統建構設計自動化環境，中國工業工程學會八十九年度學生論文競賽，研究生組佳作， 2000年12月
  19. The main reasons are as follows : firstly, the knowledge in knowledge base is not able to meet the needs of the system, because on the one hand, it is impossible and unrealistic to make it all - inclusive, and on the other hand, the representation of knowledge also restricts the functions of the systems ; secondly, though many intelligent instructional systems have been developed, seldom knowledge bases were designed utilizing method of knowledge engineering, which certainly affected the management, retrieving and sharing of the knowledge, and thus the maintenance and expansion of the systems

    主要原因有：一是，知識庫中的知識不能滿足系統的需要，因為要想使知識庫的知識包羅萬象，是不可能的，也是不現實的；同時，知識的表示也制約了系統的功能。二是，盡管開發了許多智能化教學系統，但很少用知識工程的方法設計知識庫。這樣勢必影響知識的管理、獲取和共享，從而影響系統的維護和擴充。
  20. Knowledge management system is a complicated systems engineering, requiring the combination of human and technology. it involves a wide range of things, such as the establishment of knowledge base, redesign of organizing structure, operation of knowledge products etc.

    知識管理系統是一個復雜的系統工程，需要人和技術方案的結合，它涉及的內容很多，如知識庫的建立、組織結構的再設計、知識產品的經營、組織文化建立等。
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