采樣控制 的英文怎麼說

中文拼音 [cǎiyàngkòngzhì]
采樣控制 英文
sampled data control
  • 采 : 采名詞（采地） feudal estate
  • 樣 : Ⅰ名詞1. （形狀） appearance; shape 2. （樣品） sample; model; pattern Ⅱ量詞（表示事物的種類） kind; type
  • 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...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. A. teel, d. nesic etc. initially studied iss stabilization of nonlinear sample - data systems of this type in 1998. practical stabilization of nonlinear sampled - data systems based on discrete - time approximation with sufficiently small sampling periods has been studied in recent years. the sufficient conditions have been given for the practical st abilization of the above case

    第三部分：在采樣周期固定的條件下，研究基於近似離散化模型上設計的關于參數t一致的漸近穩定采樣控制器能夠以漸近穩定方式一致鎮定其連續受控系統的條件。
  2. The programmable logic controller ( plc ) is dealt with in terms of application of engineering and the practice in the sampling control system of coal conveyer

    摘要從工程應用的角度，簡述了可編程序控制器（ plc ）在實際的輸煤采樣控制系統中的具體應用。
  3. This dissertation is about the h _ design for sampled - data control systems. problems from the design by using the popular lifting technique are discussed andanalyzed, and new methods for the h _ design of sampled - data systems areproposed

    本論文研究采樣控制系統的h _設計。分析了近年來流行的提升法在設計中的問題，提出了適用於采樣系統h _設計的新方法。
  4. The lifting technique is then used for h _ synthesis problems such as h _ mixed sensitivity problem, robust stability problem and the disturbance attenuationproblem. it is pointed out that for the closed - loop sampled - data control system, thesystem norm is not preserved by the lifting as expected, i. e., there is a differencebetween the two norms

    論文將提升技術應用於采樣控制系統的各種h _設計問題，包括h _靈敏度問題、魯棒穩定性問題、擾動抑制問題，指出對閉環采樣控制系統，提升法並不像設想的那樣具有保范性質，即系統在提升前後的范數是不等價的。
  5. The frequency response of sampled - data control systems is studied in detail. the presently accepted definition of the frequency response and the relatedcomputation with time - domain and frequency - domain lifting techniques are analyzedand discussed, and it is pointed out that the frequency response thus obtained isindeed the frequency response of the lifted system. because the frequency responseof the system can not be preserved by lifting, the frequency response of the liftedsystem has nothing to do with the real frequency response of the sampled - datacontrol system

    對目前公認的頻率響應的定義和計算方法? ?時間域提升法和頻域提升法進行了分析，指出這些演算法所給出的頻率響應，實質上是提升系統的頻率響應，由於提升並不能保證頻率特性不變，所以提升系統的頻率響應也就不是采樣控制系統的真正的頻率響應。
  6. There is a lack of analysis apparatus of magnet, the new system is only a opened loop control system, if we add the analysis part of the ion eletrostatic accelerator someday, all that we need to do is adding analog module hi plc and sampling control arithmetic hi the computer program. we will get a perfect closed loop control system

    在目前缺乏磁分析儀的情況下，該系統雖然還只是開環控制系統，但是一旦加速器中束線分析部分到位，它只需增加模擬量輸出模塊和采樣控制演算法，就能形成完善的閉環控制系統。
  7. Hence analysis and design of nonlinear sampled - data systems has been, in recent years, a subject of growing interest in the international community of control research. when a continuous - time plant is controlled using a digitally implemented controller, it is often faced that a continuous - time plant is transformed into its equivalent discrete - time model. a digital controller is usually designed on the base of approximate discrete - time models of the continuous - time nonlinear systems because it is difficult to obtain the closed form of the exact discrete - time model for nonlinear control systems

    利用計算機等一類離散控制裝置來控制連續時間的受控對象時，都會遇到把連續時間系統化為等價的離散時間系統的問題，通過采樣器和保持器來實現離散時間的采樣控制，對于非線性連續受控系統，由於連續系統的時間離散化后一般得不到其等價的精確離散化模型表示的有限形式，實際上由其近似離散化模型代替來設計控制器，而近似會引起信號失真，那麼基於近似離散化模型上設計的采樣控制器，它是否同樣對原連續受控系統有效
  8. By over - sampling the single input single output ( siso ) system, the system is transformed into a single input multiple output ( simo ) one with common poles

    通過過采樣控制系統的輸出信號，將原單輸入單輸出系統轉換成為一個新的與原系統具有相同輸出極點的單輸入多輸出系統。
  9. In the third chapter, the realizations of the functional circuits are discussed in details such as the realization of the " 200msa / s sampling by parallel adc ", the " high - speed storage of the converted data with different phases ", the " trigger controlling ", the " high - speed transfer by dma " and so on. additionally, the computer simulation of the " data dividing circuit with four different phases ( 0, 90, 180, 270 ) " is given in this chapter

    第三章詳細論述「雙a / d并行采樣實現200msa / s采樣」 、 「高速數據流分相存儲」 、 「預觸發采樣控制」 、 「 vc5409與c196hpi通信」 、 「 dma實現高速數據傳輸」等功能電路的實現，詳細說明其工作流程，並給出了關鍵電路? ? 「數據流四相分離」電路的模擬結果。
  10. With the exist of fpga chip ep1k30tc144 - 3, several hardware functions are realized in the chip, such as sample controlling logic, fifo inside, the connection circuit with pc, the connection circuit with mpu, the connection circuit with keyboard

    系統採用了fpga晶元ep1k30tc144 - 3 ，並且在晶元內集成了采樣控制邏輯，內置hfo ，上位機介面，單片機介面以及鍵盤介面等多個功能模塊，使得數據採集卡的結構大大簡化。
  11. Ten years of the lifting technique for sampled - data control systems

    采樣控制系統提升技術的10年
  12. The lifting technique for sampled - data control systems is studied first, and theformulas for lifting computation are derived carefully

    論文對采樣控制系統的提升技術進行了研究，詳細推導了提升計算的公式。
  13. It suits in 220 500kv voltage rank ’ s electrical power system breakdown recording. uses 32 - bit embedded microprocessor arm and the high speed dsp multi - tasking ; designs the fpga hardware data sampling controller to produce the control signals, and guarantee sampling precision ; may record 36 groups analog signals and 80 groups switches signals ; uses distributed and modular design distributionally, may dispersely install in the screen cabinet, also may be linked to a management computer or transfer data to the far control center through the 10m / 100m ethernet

    它適合於220 500kv電壓等級的電力系統故障錄波。採用32位嵌入式微處理器arm與高速dsp并行工作;設計了fpga硬體數據采樣控制器產生控制信號，保證采樣精度;可以記錄36路模擬量和80路開關量;採用分散式、模塊化設計，可以分散安裝在屏櫃中，也可以通過10m / 100m以太網級連到一臺所級計算機或遠傳到調度中心。
  14. The data - sampling section completes analogue - to - digital conversion using fpga and high speed adc, then transmits these data to processing communication equipment in some format. because fpga has high speed processing capacity, this section can obtain very high sampling rate

    數據採集部分採用現場可編程門陣列（ fpga ）作為與模數轉換器件（ adc ）的介面，在單晶元內實現了同步采樣控制、數據編碼傳輸的功能。
  15. Robust sampled - data control for nonlinear uncertain systems

    非線性采樣控制系統的穩定性
  16. Robust stability for sampled - data systems with structured uncertainty

    結構不確定性采樣控制系統的魯棒穩定性
  17. Furthermore, various tools of nonlinear control design are introduced the paper is organized as follows : in the part one, we introduce a background and currant research situation of nonlinear sampled - data systems using digital controller designed on the base of the approximation and brief a main ide

    第六部分:問題的總結和展望，提出未解決的問題以及研究方向.在固定采樣間隔條件下，基於近似離散化模型上設計一的采樣控制器控制其連續
  18. According to the special structure of the sampled - data control system, the signal channel is really composed of two parts : a continuous - time part and a discrete - time one

    為此，針對采樣控制系統的結構特點，將頻率響應分為兩個通道進行計算。
  19. The discrete sampled systems have been developed rapidly with the development of computer technology

    計算機技術的飛速發展和自動控制等領域的實際需要，使得離散采樣控制理論得到了長足的發展。
  20. Stability theory for nonlinear sampled - data control systems

    非線性系統的魯棒采樣控制
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