被控系統 的英文怎麼說

中文拼音 [bèikòngxìtǒng]
被控系統 英文
controlled system
  • 被 : Ⅰ名詞1 （被子） quilt 2 （姓氏） a surname Ⅱ動詞[書面語]1 （復蓋） cover; spread 2 （遭受） suffe...
  • 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...
  • 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 ...
  • 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. With the ever - advancing testing requirement in the checking and controlling field and the development in both the electronical techique area and the computer techquice area, the traditional testing instrument increasing can n ' t meet the demand of the computer time. the traditional instrument is expensive, single - functioned, inadaptable, and low - automationed, and can n ' t conduct comprehensive analysis and evaluation on the system that is examined, which has : a direct effect on the improvement of testing quality as well as the testing standard

    隨著測控領域不斷提高的測試要求以及電子技術、計算機技術的迅猛發展，傳統的測控儀器己越來越不能滿足時代的要求（傳統儀器價格昂貴、功能單一、適應面窄、自動化程度低，而且不能對被測系統綜合分析和評估，直接影響著測試水平和質量的提高） ，微機化、自動化、柔性化的虛擬儀器系統是當今測控儀器的發展方向。
  2. This is because all usable information concerning the system to be controlled is considered from the outset.

    這是因為，涉及被控系統的所有可能的信息，從一開始就被考慮了。
  3. Using the computer, network and communication technology, the manager can mast the remote equipment running station and control the equipments with sensors installed in working site. the supervision system has good flexibility and expanded ability, hence the stability of mobile system has been improved. the data picked up by sencors has been transferred to the remote monitoring center with communication networks

    目前遠程嵌入式監控系統已經成為監控系統的發展趨勢，現代遠程監控技術，藉助于計算機，網路和通信技術，管理者可以依靠安裝在現場的各種傳感器，實時了解現場狀況，對現場設備進行監視診斷和維護，使整個系統具有高靈活性和可擴展性，同時也增加了被監控系統工作的穩定性。
  4. For these reasons, we can apply the theory of the model reference self - adaptive control syetem design based on the theorem of balance point stabilization in the force system of asymmetric cylinder controlled by symmetric valve. the main idea of model reference self - adaptive controller is to make the self - adaptive control error incline to zero as time passed. the task to design adaptive controller is to find the control input that can make the output of the controlled system to follow that of the reference model

    因此將基於平衡點穩定定理的模型參考自適應控制系統設計理論應用於閥控非對稱缸力系統中，其基本原理是使自適應控制誤差隨時間的推移而趨向于零，自適應控制器設計的目的是尋找使被控系統的輸出漸近一致的跟隨參考模型的輸出的控制輸入，以此來改善被控系統的性能。
  5. All gulifa products must be able to satify the demands of customers according to the requirements of drawings and standards offered by them. to realize improvement of product quality, protection good after - sale service system. let is make efforts for the splendid future of electric power industry and brilliant tomorrow of the company

    傳感器是工業自動化必不可少的關鍵部位，被廣泛應用於各種機械機床製造業及紡織造紙煙草輕工食品化工礦山冶金等行業，作限位定位檢測，自動計數，測速，自動保護，工業生產自動流水線及微機信號，數控裝置等應用，對提高自控系統先進性和可靠性，具有巨大作用。
  6. Directly controlled system

    直接被控系統
  7. On the other hand, the model, which is used to describe the dynamics of controlled system, always has some uncertainty

    由於種種原因，用來描述被控系統動態特性的模型往往具有某種不確定性。
  8. It utilizes the knowledge and experience of experts to carry out rationalization. as a result, it has good robustness

    它可以利用領域專家的操作經驗或知識建立被控系統的模糊規則，有較好的知識表達能力。
  9. This paper introduces the endless rolling equipment of bar factory in tangshan, and the mathematical model of controlled object is set up

    本文介紹了唐鋼棒材廠的無頭軋制設備，建立了被控系統的數學模型。
  10. The feedback control is introduced to compensate effects of both errors of identification and iterative learning, so the control system can get better robustness and control precision

    在此引入反饋控制是為了補償辨識和迭代學習的誤差，以增強被控系統的魯棒性，提高控制精度。
  11. The fuzzy neural network is used to identify the dynamics of the system to be controlled, the trained fuzzy neural network is used in the inverse system method for chaos control and chaotifying control

    採用模糊神經網路洲觸被控系統的動態特性，將訓練好的神經網路應用於逆系統方法中，實現了混沌系統的控制和混沌化控制。
  12. Oil feeding pump system is a complex system, which exits serious non - linearity > time - delay, strong couple and some unascertained factors, so it ca n ' t achieve better results by traditional control methods

    輸油泵系統是一個具有較強非線性、滯后性、強耦合和多種不確定因素的復雜被控系統，採用傳統的控制方法難以實現對輸油泵系統的良好控制。
  13. If the gauge is link or with electrical equipments ( such as relay, connecter, etc. ) which have character against explosion of some safe measures. it will realize artomatic control and alam for the controlled system

    儀表經與具有相應防爆性能或採用取相應安全措施的電氣器件（如繼民器及接觸器等）配套使用，便能對被控系統實現自動控制和發信（報警）的目的。
  14. The object of this method is the reduction of energetic relation between inputs and outputs, i. e., the energy of every input controls mainly the energy of a corresponding output and influences the energy of the other outputs as weakly as possible

    所謂能量解耦，就是從被控系統的輸入輸出能量關繫上實現解耦，使得任何一個輸入的能量主要控制對應的一個輸出的能量，而對其它輸出能量的影響盡可能小。
  15. 2. when the test is going along, the connection between the output of the test system and computer is broke off while the state of the test system is changing, so it is difficult to ensure the same precision of stochastic waveform reappearance of the test system output

    進入試驗運行后，計算機輸出的控制信號與振動設備響應之間的關系便成了開環，由於試驗臺或被試對象的狀態在試驗過程中會發生變化，所以難以保證被控系統按同樣的精度再現給定的隨機物理量。
  16. Based on x - filtered lms algorithm and - filtered lms algorithm adaptive inverse control, we use a new variable step size lms algorithm. adding little computation, variable step size lms algorithm can result in fast convergence speed and low residual error simultaneously. the adaptive feedback control can counteract the beginning error of the system

    在原來的x -濾波lms演算法自適應逆控制和-濾波lms演算法自適應逆控制方法的基礎上，引入了新的變步長lms演算法，在計算量增加不多的前提下，能同時獲得較快的收斂速度和較小的穩態誤差；引入自適應的反饋補償控制克服了被控系統的直流零頻漂移，使控制系統在初開始工作階段快速收斂；還引入自適應擾動消除器，它能最大限度的消除擾動。
  17. To identify the model parameters of controlled esvrst system on line, the recursive extended least square with variety forgetting factor is used, which makes the control system possess anti - disturb ability obviously and unchangeable precision of stochastic waveform reappearance

    本文提出了用變遺忘因子的增廣最小二乘遞推演算法在線識別電液伺服汽車道路模擬試驗臺被控系統的模型參數，使控制系統在實現波形再現時具有顯著的抗干擾能力和穩定的波形再現精度。
  18. In the new method the uncertainty of the system to be controlled is normalized firstly, and then the partition of unity that is subordinated to a open covering of state variables compact set is constructed, and the approximation is realized by using its property that can approximate nonlinear continuous function with arbitrary precision, then the decentralized adaptive robust controller of complex systems and adaptive laws of approximate parameter estimation are designed

    該方法首先對被控系統中的不確定性進行歸一化處理，進而構造出從屬于狀態變量的緊致域的一組開覆蓋的單位分解，利用其具有以任意精度逼近非線性連續函數的性質，實現了對被控系統不確定性的近似逼近，然後設計了復雜系統的分散魯棒控制器和參數估計的自適應律，並證明了這種控制器使被控系統的狀態及參數估計誤差一致終極有界。
  19. Unlike traditional differential geometrical method, the robust adaptive neural net - based control emphasizes on the theory and application of intelligence control in nonlinear system that is weighed by robust performance index. the problem of robust reliability and stability in a kind of weak nonlinear system is first proposed in the dissertation, and then it deeply analyses and discusses the problem of how to design track controller in strong nonlinear system with uncertainties and external disturbance on the premise of guaranteeing the whole system ' s robust performance index. the distributed 3d flight simulation platform is mainly used to validate real - time program and evaluate the efficiency of advanced flight control laws, therefore, some theories and techniques related to the platform are also introduced

    基於神經網路的魯棒自適應控制研究和分散式三維飛行模擬平臺的構建是本論文研究的兩個主要內容，與傳統微分幾何方法不同的是，基於神經網路的魯棒自適應控制側重於智能控制方法在以魯棒性為性能指標的非線性系統中的理論和應用研究，論文以一類弱非線性系統的魯棒可靠鎮定問題為引線，逐步深入地分析和探討了在保證整個被控系統魯棒性能指標的前提下，對于幾類具有不確定性和外部擾動的強非線性系統跟蹤控制器的設計問題；分散式三維飛行模擬平臺主要用於先進飛行控制律的實時程序驗證和效能評估之用，因此關于平臺的一些開發原理和技術方法也在文中給出了介紹。
  20. Simulation studies illustrate the effectiveness and robustness of the schemes. secondly, according to the results gained in the first part, an adaptive sliding mode controller for a class of large - scale decentralized systems is designed. by theoretical analysis and the simulations, the closed - loop decentralized adaptive control system is proved to be globally stable with tracking error converging to a neighborhood of zero

    第二部分針是對一類大系統的分散自適應控制問題，運用第一部分已取得的成果，提出了一個分散穩定自適應控制器，經過穩定性分析，證明了該控制器能夠保證被控系統閉環穩定，系統的跟蹤誤差將收斂到零的某一較小的領域內，模擬試驗也表明了本部分所提出的策略是正確有效的。
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