模糊推語言 的英文怎麼說

中文拼音 [móhútuīyǔyán]
模糊推語言 英文
fuzzy inference language
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 糊 : 糊名詞（樣子像粥的食物） paste
  • 推 : 動詞1 （向外用力使物體移動） push; shove 2 （磨或碾） turn a mill or grindstone; grind 3 （剪或削...
  • 語 : 語動詞[書面語] （告訴） tell; inform
  • 言 : Ⅰ名詞1. （話） speech; word 2. （漢語的一個字） character; word 3. （姓氏） a surname Ⅱ動詞（說） say; talk; speak
  • 模糊 : 1 （不清楚） dim; vague; indistinct; obscure; fuzzy; blurred 2 （混淆） blur; obscure; confuse; m...
  • 語言 : language
  1. 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。
  2. Furthermore this system uses snort rule language and fuzzy reasoning in the system. consequently, this system has low false alarm rate as well as low miss alarm rate. all these characters make this instrusion detection expert system have much more protecting capacity

    此外，本系統將模糊推理和snort規則描述語言用於對入侵特徵的分析與識別，構建起基於誤用和基於異常相結合的入侵檢測系統，使系統的誤報率漏報率降低，而且數據分析更據實時性。
  3. The system emphasized on attempting to applying fuzzy in the automatic - controlling technology of greenhouse environmental parameters. fuzzy controll is based on the theory of fuzzy mathematics, fuzzy language, fuzzy logical, and adopt digital controlling from which use of computer technology and has feedback and structure

    本系統研究的重點是模糊控制演算法在溫室環境參數自動控制系統中的嘗試應用。模糊控制是以模糊數學、模糊語言形式的知識表示和模糊邏輯的規則推理為理論基礎，採用計算機技術構成的具有反饋閉環結構的數學控制形式。
  4. Firstly, having analyzed the present research situation on agricultural climate resources by gis at home and abroad, this thesis illustrates the importance of establishing agricultural climate resources information system. secondly, basing on developmental and integrative environment of arc view gis software, as well as developmental languages ( avenue and vb ), we design agricultural climate resources information system in fujian province with friendly and practical graphic user interface, together with comparatively perfect functions. finally, supported by fjacris, based on fujian province fundamental geographic data and agricultural climate resources database on 71 weather stations, relied on mathematic analysis techniques ( such as multiple statistical analysis, fuzzy mathematics etc ), a group of models are established to reckon the agricultural climate resources on small grids 41 indexes of agricultural climate resources are reckoned to the small grids that are 0. 004 longitude multiplied by 0. 004 latitude

    本文首先通過對國內外運用gis進行農業氣候資源研究的現狀的分析，闡明了建立農業氣候資源信息系統的重要意義：接著以arcviewgis為軟體開發集成環境，並以avenue和vb為開發語言，進行了福建省農業氣候資源信息系統的設計和開發，設計出友好、實用的用戶界面，開發出較為完善的系統功能；最後在該系統的支持下，以福建省基礎地理數據和71個氣象臺站的農業氣候資源數據庫為數據源，應用多元統計、模糊數學等數學分析技術，構建了農業氣候資源的小網格推算模型，將福建省農業氣候資源的41個有關指標推算至0 . 004經度0 . 004緯度的地表網格單元上，全面地揭示了全省農業氣候資源的空間分佈規律，並在此基礎上完成了比較細致、精確和可靠的農業氣候系統功能的模糊綜合評價，以及綜合農業氣候區劃和專題農業氣候區劃。
  5. Fuzzy control is a kind of computer numerical control based on fuzzy set theory, fuzzy linguistic - variable and fuzzy logical reasoning, in which the experience of skilled operators and the knowledge of experts are summed up into the control rules in the form of " if. . then. . ",

    模糊自動控制是以模糊集合論、模糊語言變量及模糊邏輯推理為基礎的計算機數字控制。它將操作人員的控制經驗和專家知識總結成一系列「如果…則… 」形式的控制規則，即模糊條件語句;然後經過模糊邏輯推理而得到控製作用。
  6. In order to reduce the programming complexity of practical fuzzy control systems, two matlab application program interface ways to capitalize on the resources of matlab and its fuzzy logic toolbox in c programming environment is discussed. one is the maw engine function library, by which c language starts a matlab course running in the background. another is the stand - alone c - code fuzzy inference engine, by which c language establlshes a fuzzy inference system completely based on the c. both of these can reduce the programming loads of practical fuzzy control system obviously

    在模糊控制軟體開發平臺研究方面，為減小實際模糊控制系統的編程復雜性，探討了在c語言中調用matlab及其模糊邏輯工具箱資源的兩種matlab應用程序介面方法：一個是利用matlab引擎函數庫，由c語言啟動一個matlab進程在後臺運行；另一個是利用模糊邏輯工具箱中的獨立c代碼模糊推理引擎，建立完全基於c語言的模糊推理系統。
  7. The main research content of the article is involved as follows : ( 1 ) the research and discussion of the quantitative metallographic analysis methods and the measuring methods of micro hardness. ( 2 ) the application of digital image technique in metallographic image preprocess such as gray level transformation, dichotomy, noise eliminating, dilation and erosion, image enhancement, boundary detection, etc. the application of the wavelet and multi - resolution analysis in metallographic image procession to improve the measuring accuracy and efficiency. the application of the region growth and mathematical morphology in analyzing image parameters to improve the flexibility and exaction

    本文的主要研究內容： （ 1 ）定量金相分析和顯微硬度測量的方法研究； （ 2 ）利用數字圖像處理技術，實現金相圖像的灰度轉換、二值化、噪音消除、膨脹收縮、圖像增強、邊緣提取等預處理；引入小波理論、基於數學形態學的區域生長法對采樣圖像進行分析，實現了對採集圖像邊緣的有效提取，從而提高了測量精度； （ 3 ）開發了金相圖像分析系統的主體結構（硬體結構和軟體結構） ； （ 4 ）採用windows開發平臺的面向對象程序設計語言microsoftvisualc + +進行系統的模塊化設計； （ 5 ）提出了採用多模式的知識表示方法建立知識庫，應用正反推理、模糊數學模型、基於規則的模式匹配模型建立金相分析專家系統。
  8. Secondly, the mode based on the expert system of the uncertainty reasoning in teaching methods is discussed emphasizely, and the theory of certainty factor is applied to the mode, then we develop an expert system program by using clips language. in the system, fuzzy knowledge expression and reasoning based on the production rule are realized, so that we can perferably realize the intelligent and individual property of icai

    然後探討了採用基於不確定性推理的專家系統實現對教學方法的選擇的方式，將可信度理論嘗試性地運用於教學方法的選擇上，並使用clips （ clanguageintegratedproductionsystem ）語言開發了一個實際可行的教學方法選擇專家系統，實現了基於規則的模糊知識表達與推理，從而較好地實現了icai系統中的個別化和智能化教學。
  9. This article states the basic principle of efc in detail, and mentions success a successful sample in the field of control, an inverted pendulum which is analyzed systemically. besides, the theory of efc solves the problem of verticality and back to the center of the inverted pendulum. on this foundation, expert fuzzy reasoning controller is realized by the c language, so as to use cross assemble technique to form machine codes, and solidify the program in the single board computer to realize control

    詳細地闡述了專家模糊控制的基本原理，引用控制界中成功的實例倒立擺進行系統分析，並採用專家模糊控制這一理論解決倒立擺的垂直問題和回到中心問題.在此基礎上用高級c語言來進行專家模糊推理器的實現，以便於用交叉匯編技術形成機器代碼，把程序固化在單片機上實現控制
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