correction control model 中文意思是什麼

correction control model 解釋
校正控制模型
  • correction : n 修正，改正；校正；矯正；〈古語〉懲罰；勘誤表，補正。 a copy disfigured by numerous corrections ...
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • model : n 1 模型，雛型；原型；設計圖；模範；（畫家、雕刻家的）模特兒；樣板。2 典型，模範。3 （女服裝店僱...
  1. Aim at ubiquitous parallel multi - reservoir structure in our country ' s basin, the universal objective function including coefficient bi embodying a spatial significance difference at different flood control points and variable ai denoting a selection of scheduling mode is established, which provide a valid intervenor interface for flood control consultation decision. according to the real - time requirement, a model of reservoir storage allocation is proposed, which embody basic idea of phasic compensation. passing the dynamic correction to cut down the disadvantageous influence that indetermination result in on the certain degree, joining together the step alternation solving method, this model can maximally consider bias of decision makers, ensure the rationality and practicability of the solutions

    針對我國流域中普遍存在的並聯庫群結構，論文提出包含不同防洪點重要性的系數_ i和選擇調度模式的變量_ i的通用目標函數，為防洪會商決策，提供了有效的人工干預介面，根據實時性要求提出動態分配防洪庫容的庫容分配方法，體現了相機補償的基本思想，通過動態修正在一定程度上可以削減不確定性造成的不利影響，結合分步迭代求解技術，能最大限度體現決策者的偏好，保障解的合理性和可操作性。
  2. The main features in the study of flood forecasting and control system are as follows : ( 1 ) runoff generating and confluence theory and hydro - dynamic method are adopted to predict the water level of taihu lake and key nodes, the basin wide forecasting and control system with the function of real time correction has been first established in plain river network to meet the complicated flow conditions of taihu lake basin and to enhance the reliability of forecasting results ; ( 2 ) according to the rainfall in foreseen period multiple schemes can be made in the forecasting model and adjusted with time, which overcomes the errors caused by the uncertain rainfall in the foreseen period so as to make the forecasting results approach reality

    本文所研究的預報調度系統有如下特點： （ 1 ）本系統採用產匯流理論和水動力學方法預報太湖及重要節點水位，首次在平原河網地區建立了具有實時校正功能的全流域預報調度系統。以適合太湖流域復雜的水力條件，增強預報的可靠性; （ 2 ）預報模型可以根據預見期降雨量進行多方案預報，並隨時間推移，可以實時進行調整，克服由於預見期降雨不確定引起的誤差，使預報結果更接近實際。
  3. Because the synthetic seismic record and the seismic record data got in the surface are not well matching caused by the dispersion of seismic wave, frequent correction between them must be done before use. under control of well logging data, there are two important methods to get wave impedance from seismic data inversion : wave impedance inversion method based on convolution model and wave impedance inversion method based on wave equation. using seismic data attributes can predict the information of logs

    測井資料和地震資料是地震勘探中兩種最重要的資料，由於地震波的頻散，使合成地震記錄與地面地震記錄不能完全匹配，因此使用之前必須對二者進行頻率校正地震資料在測井資料約束下可以進行反演，以求取地下波阻抗，主要有兩種方法：基於褶積模型的波阻抗反演方法和基於波動方程的波阻抗反演方法可以用多屬性變換由地震資料預測測井信息。
  4. Among the arithmetic of air - fuel control, self - learning, self - adapting and self - correction can meet control demand but they also need on - line identifying of object model. they are complicated and need vast operation so they are difficult to realize and need lots of gantry experiments, taking time and hard sledding, which lead to their application success rate under people ' s expectation

    在空燃比控制演算法中，採用自學習、自適應、自校正控制雖然能達到控制要求，但其本質上仍然要求對象模型的在線識別，故演算法復雜，運算量大，難于實現，並需要進行大量的臺架試驗，費時、費力，致使它們的應用成功率遠不如人們期望的那麼高。
  5. The study makes simulation experiments under different operating mode, and the results prove the correction and reliability of the simulation model of this sensorless vector control system based on reactive power mras speed observer

    本研究作了各種工況下的模擬試驗模擬，結果驗證了所建立的基於無功功率mras轉速觀測器的無速度傳感器矢量控制系統模擬模型的正確性。
  6. In order to research it, a complicated temperature physical simulation system and on - line measure and control system is presented and developed in this paper ; a controlled object model with the character of time - varying is set up by making use of matlab software ; based on the time - varying controlled object, an dynamic matrix control algorithm with error correction is presented. the simulation demonstrate that the improved dmc is better than the ordinary dmc in control effect

    以工業生產過程中廣泛存在的一類時變、非線性、大時延、廣義溫度被控對象為背景，設計了一套復雜溫度物理模擬系統及在線測控裝置；以時變為主要特徵，利用matlab工具軟體，建立了一個時變系統的被控對象模型；以該模型為被控對象，提出了一種誤差補償的動態矩陣控制（ dmc ）演算法。經模擬表明，該演算法優於一般的動態矩陣控制演算法。
  7. The working principle of buck - boost is first introduced, and averaging model of non - ideal buck - boost converter is established. the design details for voltage loop were given and zero - pole compensation method from classic control theory was applied to the filed of power electronics. thus, small - signal model of closed - loop was established, with detailed design guidelines for correction network

    本文介紹了buck - boost電路的工作原理，建立了非理想buck - boost平均法的模型，對整個電路進行了單電壓閉環參數設計的研究，實現了控制理論中零極點補償法在電力電子中的應用，建立了閉環小信號模型，總結了設計校正網路的步驟和具體方法。
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