forward reasoning 中文意思是什麼

forward reasoning 解釋
前向推理, 向前推理, 正向推理
  • forward : adv 1 向前,前進 (opp backward)。2 【航海】在船頭,向船頭(opp aft)。3 今後,將來。4 出來,出...
  • reasoning : n. 推論,推理;論究,論斷;理論,論證;論法。adj. 能推理的;有關推理的。 the reasoning power 推理力。 a reasoning creature 理性動物,人類。
  1. Based on the contrast with other method, the way " frame + rule " is choused to store the knowledge. directing against the characteristic, put forward positive and negative to the tactics of mixing reasoning. at last adopting the thought of the soft project, the modularized and open system of hydraulic turbine group is realized by delphi 6, which is an object - oriented language

    在本文中,研究了水輪機組的狀態監測和故障診斷整個系統,闡明了系統主要內容和總體框架,並著重研究了作為專家系統核心的知識庫及管理系統的構建方法,在比較的基礎上採用了「框架+規則」的組合存儲方法,並且針對特點提出了正反向混合推理的策略,最後採用軟體工程的思想,用delphi6 . 0編程實現了具有模塊化和開放式的水輪機組的故障診斷專家系統。
  2. Because of the great quantity, strong specialization, wide involved range of the knowledge of engine, this paper introduces the construction of the repository, reasoning machine, program interface and the knowledge acquirement of dmas wearing fault integrated diagnostician system, puts forward the method of storing and managing the fault diagnostic knowledge by database, carries out fault diagnostic with proper reasoning strategy, and discusses the realization of the system from the view of the theory and engineering. 3, the research on the remote fault diagnostic system

    2 、 dmas故障診斷專家系統的研究本文主要針對發動機的知識具有數量大、專業性強、經驗成分多、涉及面廣等特點,介紹了dmas磨損故障綜合診斷專家系統的知識庫、推理機、人機界面和知識獲取的實現,並提出把故障領域知識存入相應的數據庫,運用數據庫技術進行管理,結合合適的推理策略進行故障診斷,並從理論和具體方法上對系統的實現過程進行了探討。
  3. Along the thread, the author analyzes new legal characters of economic law in legal substance legal reasoning legal profession and legal institution, which are distinguished from traditionalistic law such as civil law administrative law, etc. the author puts forward a thesis that economic law is weberian substantive rational law or p ? nonet and p ? selznick ' s responsive law but not formal rational law or autonomous law

    認為經濟法對法律形式主義的激烈反叛,即經濟法的實質化特點,表明了經濟法是一種馬克斯?韋伯所稱的實質理性法或者如諾內特和塞爾茲尼克所說的回應型法,而非傳統法律模式所體現的形式理性法或自治型法。
  4. The second part ' s work is forecasting the developmeni of the electric power markct. the third pari ' s work is plltting forward the stfategy goals with fuzzy reasoning

    本文中電力市場分析主要是對電力市場進行預測,預測的方法包括趨勢外推法、回歸分析法和模糊神經網路法。
  5. Based on the development of individualized product, the method of case based reasoning product cost estimation was putted forward, the model of case based reasoning proceeding was established, case library organization and description, similar case retrieval and case adaptation were analyzed

    摘要提出基於案例推理的個性化產品成本估計方法,建立了案例推理的過程模型,並對案例庫的組織與描述、相似案例的搜索模型及案例的調整等進行了分析。
  6. Combining this with the relevant theory of data warehouse and cyc technology, we put forward the dualization reform model to a traditional enterprise and the knowledge transfer strategy based on this model. we also build the intelligent crm information structure model based on data warehouse and cyc technology, and propose the ksp ( knowledge service provider ) operation mode about knowledge sharing and cooperative reasoning between enterprises for the first time, and thus get the whole train of thought about constructing " k - business platform " on the basis of organization and technology. this train of thought expounded the leading thought of this paper, including setting up a s upport environment of successful implement and operation for crm, making crm system able to help enterprises achieve more high - level business intelligence ( bi ) and support the crosswise development of enterprises

    然後通過對現代企業組織設計原則及發展趨勢的分析,結合數據倉庫、 cyc技術的有關理論基礎,提出了傳統企業組織結構的二元化改造模型以及在此基礎上的企業知識轉移策略,並構造了基於數據倉庫和cyc技術的智能化crm信息結構模型,首次提出企業間知識共享及合作推理的ksp ( knowledgeserviceprovider ,知識服務提供商)運作模式,從而形成了在組織和技術兩大基礎上構築「知識商務平臺」的整體思路,闡明了在企業內建立crm系統成功實施和良好運作的支撐環境,並使crm系統能夠幫助企業實現更高層次的商業智能( bi )和支持企業的橫向聯合發展的主導思想。
  7. Aiming at matching searching of customer demand in product configuration design of case - based reasoning, the conception of the entities, the entity, the attribute, the primary attribute set, the similar element etc. were introduced, and the similarity calculation model based on entity attribute was established ; the mapping relationship of customer demands and the product structure cellular feature during the process of product configuration was studied, and the calculation flow of similarity was put forward ; the type, range and weighting of attribute were analyzed, the calculation method of property similarity and formula of entity similarity were advanced

    摘要針對基於實例推理的產品配置設計中客戶需求匹配搜索的問題,引入了實體集、實體、屬性、主屬性集、相似元等概念,建立了基於實體屬性的相似度計算模型;研究了產品配置過程中客戶需求與產品結構單元特徵之間的映射關系,提出了相似度的計算流程;分析了屬性的類型、值域和權重,提出了屬性相似度的計算方法和實體相似度的計算公式。
  8. A fuzzy probability reasoning model for transformer faults diagnosis is rebuilded based on probability reasoning and fuzzy theory. a ga resolvent for the model is put forward from the point of nonlinear combinatorial optimization view

    本文在概率因果推理模型的基礎上,引入模糊理論,重新建立了模糊概率因果變壓器故障診斷模型,並從非線性組合優化的角度提出了該模型的遺傳演算法求解策略。
  9. Aiming at the characteristic of the man - hour rationing in the enterprise wide that emphasizes forecasting and using of experience and knowledge, this thesis brought forward and adopts a hybrid reasoning model composed by cbr and kbr to make the system more intelligent and efficient

    針對企業級工時定額具有很強的預測性、經驗性的特點,為實現系統的智能性、高效性,提出採用以cbr為主體, kbr為輔助的混合推理模式;此模式為本文的創新點之一。
  10. The following are the main issues addressed by this thesis : 1 ) the framework design of intelligent decision support system for man - hour ration of tooling. on the basis of the theory of decision supported system, expert system and intelligent reasoning, according to the characteristic of the man - hour rationing, this thesis designed a system framework which is adapted to both enterprise and workshop levels " man - hour rationing by putting forward three kinds of methods called respectively checking list, reasoning decision and modifying standard case

    論文主要完成的研究內容如下: 1 )工裝工時定額智能決策支持系統總體結構的設計以決策支持系統、專家系統和智能推理技術為基礎,根據工裝工時定額制訂的自身特點,設計確立了系統的總體結構,提出採用查表計算、推理決策和標案修改三種定額方法,使系統滿足兩級工時定額制訂工作需要。
  11. By the browser / web server / database structure and the technology of asp. net and xml, we achieve the expert system running on the network, extend the application and ensure its backward compatibility ; we have the deep research to the representation of knowledge and apply it to the system, extend the traditional method of rule based knowledge representation ; introduce the fuzzy sets, analyze the generalized possibility interval sets, and combine the linguistic variables and fuzzy sets ; the system adopts the forward and backward chaining, researches the reasoning under uncertainty and inexact reasoning ; and we depart knowledge base and inference engine, make the upgrade simple and maintenance convenient. in the last, we construct the potato produce manage system according to the phases of potato ' s growth to give a detailed instruct to its produc e

    Net和xml技術,實現了網路化的專家系統,同時擴大了專家系統的應用范圍,提高了系統的後向兼容性;對專家系統中的知識表示技術作了深入探討,在傳統的基於規則的知識表示方法的基礎上,提出了基於規則擴展的知識表示方法,並較好地將其應用到本系統中;引入了模糊集合,分析並推導了廣義可能區間集,將其應用於模糊知識的表示,將語言變量和模糊集合結合起來;提出對系統採用互動式知識獲取途徑、雙向推理控制策略,對不精確推理和不確定性推理的傳播演算法作了一定的研究,成功地將其應用到馬鈴薯專家系統的構建之中;採用知識庫和推理機相分離的方法,使得系統升級簡單易行。
  12. This paper ’ s constructive land forecast is based on land planning and stat forecast. on the basic of analyse of constructive land actuality and the change mechanism in toksun county, apply four kind of forecast models to analyse the result. choose gm ( 1, 1 ) model and regression model according with the constructive land actuality and the change mechanism in toksun county. and combine the “ 十一 五 ” planning of government and the arrangement of emphases industry item to forecast the demand of constructive land and change current of land use structure in planning period ( 2010 and 2020 ). it adopt reasoning means of acceptability, according to constructive land scale, considering economy rationality 、 advancement and applicability of technic feasibility of constructive condition and sustainability of zoology environment, to analyse the feasibility of constructive land scale. at the last, put forward advice of the constructive land supply

    在托克遜縣建設用地現狀和變化機制分析的基礎上,採用4種預測模型進行對比分析,選取符合托克遜縣建設用地變化機理的模型: gm ( 1 , 1 )模型和回歸預測,綜合這兩種預測方法,並結合政府「十一五」規劃以及「十一五」期間重點工業項目安排情況,對規劃期( 2010年、 2020年)各類建設用地需求數量和土地利用結構的變化趨勢進行預測。採用合意度論證方法,綜合考慮建設用地預測規模的經濟合理性、技術的先進性、適用性、建設條件的可能性以及生態環境的可持續性,對建設用地規模進行可行性論證,最後提出建設用地合理供給對策。
  13. A fusion reasoning frame based on cbr and rbr is put forward, and a pre - dss is designed and developed based on the frame

    將以黃河故道地區碭山酥梨黑星病為例進行測試的數據,與現有方法以及實測數據進行相關性統計分析。
  14. This expert system is composed of fuzzy inference machine and management of fuzzy knowledge base. the fuzzy inference machine is based on forward data - driven reasoning and the fuzzy knowledge base is based on predicate presentation

    本專家系統由正向數據驅動型權值法的診斷型模糊推理機和對基於謂詞的模糊知識庫的管理維護組成的。
  15. ( 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。
  16. It first deal with auto - gather data for diagnose, this step is backward reasoning ; second confirm these fault reason with engineer answer, this step is forward reasoning

    它首先利用巡迴檢測的自動採集參數進行初步診斷,採用逆向推理機制;然後再進行對話式詢問以進一步確定診斷結論,採用正向推理機制。
  17. At the same time, this paper discussed the inference machine of failure diagnosis expert system for pressure vessels. the expert system was made with forward reasoning, breadth first search and reliability theory

    本文同時討論了壓力容器失效分析專家系統推理機制,選擇正向推理和廣度優先搜索的推理控制策略,運用可信度理論的不精確推理方法建立了壓力容器失效分析專家系統。
  18. The causality diagram ( cd ) which is constituted by experts, thanks to its reasoning capability ( forward reasoning, backward reasoning and bi - directional reasoning ), can thus diagnose faults in complex system

    因果圖具有正向和反向及混合推理能力,由專家建立因果圖,可以對復雜系統進行故障診斷。
  19. Forward reasoning, forward chained reasoning

    正向推理
  20. The paper explores the ai theories of developing the capp expert system, and fixes on the knowledge representation method of production rules, and the new thought of developing the knowledge base and the inference engine in the es tool clips, and introduces the theoretical knowledge of clips. the pape builds up the knowledge base about the process knowledge, invents the inference engine by the theories of control strategy of forward reasoning and rete pattern matching algorithm, with the result of improving the reliability of knowledge, the quality of inference and the efficiency of the searching. using the dynamic interface mechanism and the compiled dll, the paper embeds the clips program into the vc + + environment and carries out the mixed programming so as to achieve the data communication between the vc + + and clips

    論文對開發capp專家系統的人工智慧理論作了比較深入的探討,確定了產生式規則的知識表示方法和用專家系統開發工具clips來開發系統的知識庫和推理機的新思路。在闡述了clips理論知識的基礎上,確定了以產生式規則構建工藝知識庫,以正向推理的控制策略和里德演算法的匹配模式建立推理機,從而提高了知識的可靠性、推理質量與搜索的效率。論文利用windows環境下的動態介面機制,調用已編譯好的動態鏈接庫clips . dll ,把所開發的clips程序嵌入到vc + +中再進行混合編程,實現了vc + +與clips程序的數據通信,成功地構建了capp專家系統。
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