控制抽象化 的英文怎麼說

中文拼音 [kòngzhìchōuxiànghuà]
控制抽象化 英文
control abstraction
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 抽 : 動詞1 （把夾在中間的東西拉出; 提取） take out （from in between） 2 （從全部里取出一部分; 騰出） ...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  • 抽象 : abstract
  1. By studying the case of nantong cosco khi ship engineering co, ltd., through demonstrative research, this article concrete and capitalize the nonfigurative advantages of international investment, after analyzing characteristic of different advantages and the function of rights distribution of corporate governance, bring forward a hypothesis of assets for governance avail. in this foundation the principles for rights of governance corresponding to capital become more perfect in corporate governance

    本文以南通中遠川崎船舶公司為案例，運用實證研究的方法，將跨國投資者抽象的投資優勢具體化和資本化;就各種優勢的特性及其對治理控制權分配的作用進行了剖析，提出了非股權安排條件下的治理效用資產假說;對公司治理中資本與治理權的對應關系從更深層次進行了完善，闡明了與控制權相對應的資本如果不包括投資人提供的治理效用資產，就不能構成完整意義上的資本。
  2. In this paper, taking one of the special processes - chromic acids anodizing for example, such administration methods as the key points control and the quality performance administration system for surface treatment process have been setup by process analysis and key points seeking. as for the complicacy of the quality control on metallurgical special processes and the huge statistic data, the quality information system of surface treatment have been established on the bases of computer database. this paper brings out the systematic evaluation way to setup reception test items by taking the reception test results as evaluation basis and sampling statistics as rules

    本文以鉻酸陽極氧化表面處理工藝為研究對象，通過工藝技術分析、尋找關鍵特性、建立對關鍵特性的控制等工作，研究建立了表面處理工藝動態質量管理系統；針對冶金特種工藝質量控制的復雜性及統計數據量大等特點，建立了以計算機數據庫管理為基礎的表面處理信息及處理系統；為解決冶金特種工藝原材料入廠復驗任務重的困難，建立了以原材料入廠復驗的試驗結果為評價基礎，以抽樣統計方法為依據的原材料入廠復驗項目優選系統等。
  3. First, it applies fuzzy logical in the abstract and non - linear dealing ability ; second, it applies neural net in the self - study and any functions approaching ability ? through combining above two ability, it can find a best p i d non - linear controlling regularity and achieve controlling on line of the unknown subject etco therefore, it not only can strengthen robust and intelligence of the system, but also make design simple and easily be requiredo in addition, the thesis also does many works on procedure of upper - computer and basic - controller and the whole system designed can be put into work immediately

    根據啤酒發酵過程具有大慣性、時滯和非線性等特點，本論文還提出一種基於神經網路的模糊自適應pid控制方案，它一方面利用模糊邏輯的「概念」抽象能力和非線性處理能力，另一方面利用神經網路的自學習能力和任意函數的逼近能力，通過兩者的有機結合尋找一個最佳的p 、 i 、 d非線性組合控制規律，以實現對未知對象進行在線控制，並具備適應控制環境變化的能力和自學習能力等。
  4. If it is not good enough, optimal control module based on principle component analysis and clustering search will function for optimization. this algorithm makes no request for accurate analytical model and maintains search efficiency and self - adjusting performance by an optimal parameter set derived from process data, which is proved to be effective. by practical running of dcs, a prominent tracing performance is gained and variation of parameters is limited in a small range, which enhance stability and production benefit of sintering process obviously

    燒結過程是一個影響因素復雜、干擾嚴重、具有不確定性的工業過程，傳統的基於對象精確解析模型的優化策略難以奏效，因此在控制參數優化模塊中提出了一種基於主元分析和聚類搜索的優化匹配演算法，該演算法不要求對象的精確模型，其搜索效率和自校正性能依賴于從生產過程歷史數據中抽取的優化參數樣本庫，充分利用了燒結生產過程積累的生產數據所包含的信息，取得了不錯的效果。
  5. To achieve information integration in manufacture process, this paper, with reference to dnc, researches into manufacture process information integration from 3 aspects : data level, function level, application level, presents the management information integration framework （ miif ） based on distributed control technology, builds meta - agent and application agent by regarding agent as an entity having special behavior ability and specific action objective, establishes agent control model, and then gives the collaborative solution. with field - bus technology and agent technology, the dnc system model based on agent technology is established which shows a efficient way of device integration. a general model of device integration is set up, and an agent model based on soft plug - in technology is built

    該模式包括面向製造過程的車間生產管理與控制的上層結構和面向車間設備的加工控制的下層結構；為實現製造過程信息的集成，本文從三個層面：數據層面、功能層面、應用層面上闡述了車間製造過程信息的集成方式，並借鑒dnc思想，建立了基於分散式控制技術的製造過程信息集成框架（ miif ） ；採用面向對象方法，對miif中的代理體從定義抽象、結構和功能等進行了深入研究；從知識層面上的三個層次：語言規范、會話機制、問題域對miif的多agent協作進行研究，建立了多agent交互的形式化模型。
  6. The input sub - system should take all input ( keyboard, mouse, gamepad and joystick ) and unify it and allow for abstraction of control

    輸入子系統負責處理所有的輸入（鍵盤、鼠標、游戲手柄和游戲搖桿） ，並把它們統一起來以允許控制的抽象化。
  7. The business rulemanagement layer is in charge of the definition, learning, evaluation andoptimization of business rules and manages the business process of the qualitycosting, while the process logic layer is abstracted to be a guide of theimplementation

    其中，用戶層用來表示企業質量成本核算的情況，規則管理層的功能是質量成本核算業務規則的定義、學習、評價和優化，並以業務規則管理實際核算業務流程，過程邏輯層抽象企業通用的業務流程，是面向底層實現的抽象，由業務規則數據的控制運行。
  8. Since sontag - type control based on control lyapunov function is an important control law in robust stabilization of affine systems, we point out that is a kind of variable structural control in essence. due to this recognition and the fact that control lyapunov functions are difficult to be constructed, we propose the concept of weak control lyapunov function and then prove the stabilizing property and the robustness of sontag - type control. using the way of proposing the control lyapunov function and the special structure of sontag - type control, we investigate the dissipassivation control of a kind of perturbed nonlinear systems

    基於控制李雅普諾夫函數的sontag - type控制，是仿射系統魯棒鎮定研究中一種非常重要的控制律，通過研究我們發現，該控制律實質上是一種變結構控制；基於這一認識，也考慮到控制李雅普諾夫函數難于構造，我們抽象出弱控制李雅普諾夫函數概念，並證明了基於弱控制李雅普諾夫函數的sontag - type控制的鎮定作用和優化特性；借鑒控制李雅普諾夫函數的抽象方式以及sontag - type控制的特殊結構，探討了一類受擾系統的耗散化控制；探討了齊性度理論與控制李雅普諾夫函數相結合的鎮定設計問題。
  9. On the base of the soft about the deformation of aerodynamic configuration of mav, the advanced controlling technique of the deformation o f aerodynamic configuration about the prototype mav will be explored. based on the characteristic of micro air vehicle, this paper abstracted the aerodynamic evaluation mathematics models, developed a aerodynamic engineering estimation program, all kinds of aerodynamic configuration was compared and analyzed, found the perfect configuration and got the prototype of mav. abstracted the model about the deformation of aerodynamic configuration on base of the method of vortex lattice, developed the program for researching the performance of the deformation of aerodynamic configuration

    本文針對mav的具體特點，抽象出mav的氣動工程計算數學模型，建立起氣動工程估算環境，對各種氣動布局進行了氣動特性比較分析與綜合，尋求出理想的mav氣動布局方案並提出mav原型機，抽象出基於渦格法的氣動外形形變的數學模型，建立起氣動外形形變性能研究環境，探討新型的飛行控制方法和氣動力控制策略，在得出氣動外形形變模型的初始方案后，對其進行進一步的優化，最後得出理想的氣動外形形變執行機構組合陣列。
  10. This subject combines object - oriented technology and abstracts the characteristic data of the simulator as the parameter control to encapsulate these abstract data into operational aircraft target according to object - oriented principle in order to realize c + + mechanism that have adopted, and construct the class that draws target of aircraft through data element, element parameterization, element attributes and the parameterizations of element attributes

    本課題採取結合面向對象技術，提取飛行模擬器的特徵數據作為參數控制，將這些抽象的數據依據面向對象原理封裝為可操作的飛行器對象，實現上採用c + +的類（ class ）機制，通過數據的圖元化、圖元的參數化、圖元的屬性化、圖元屬性的參數化構造飛行器對象繪制類。
  11. At the same time, by abstracting biological traits, such as salf - adaption, robustness and stadility, from the bio - systems, and melting biotechnology into control systems and optimization methods by mathematical methods, it proposes a type of fuzzy t - s control methods and fuzzy fault - tolerant control methods which has biological traits, and forming optimization methods based on biotechnology

    同時，將生態系統中存在自適應、魯棒性和穩定性等生物特性抽象出來，通過數學方法形成生物特性融入到控制系統和優化方法中，提出了一類具有生物特性的模糊t - s控制方法和模糊容錯控制方法。建立了基於生物特性的優化方法。
  12. The software ’ s center was how to realize the fuzzy predictive control with method of modularization. it was designed in aspects of data sample and dispose, model identification and fuzzy predictive control, and each aspect can be divided into several models to design separately

    軟體圍繞怎樣實現模糊預測控制演算法展開，採用模塊化的設計方法，從數據採集與處理、模型辨識和廣義預測控制等幾個大的方面予以討論，將每部分再抽象成若干個子模塊，並編製程序存放到模塊庫函數中。
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