discrete continuous system 中文意思是什麼

discrete continuous system 解釋
離散連續系統
  • discrete : adj. 1. 分離的，分立的；顯然有別的。2. 不連續的；【數學】離散的；【哲學】抽象的 （opp. concrete）。adv. -ly
  • continuous : adj. 1. 連續的，繼續的，無間斷的。2. 【植物；植物學】無節的。adv. -ly
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. Flexible switching ( fs ) is one strategy for complex system control, fs would be including of hard switching and soft switching, fs can be driven by both continuous variables and discrete events, at the same time, fs has the characters of diversity and hiberarchy

    柔性切換是針對復雜系統控制問題的一種控制策略，柔性切換可以同時包含硬切換和軟切換，其切換策略是既受連續變量驅動，又受離散事件驅動，而且切換具有多樣性和層次性。
  2. There are two implementations for discrete reaching law, both has obvious strongpoint and limi - tations. so the two was synthesized. simulation results showed that the discrete vsc is easier to be implemented by computer control system, and go further in decoupling between chattering control and system dynamics, while the robustness is not so good as continuous time vsc

    本文的另一項工作是在連續系統的基礎上，討論了離散時間變結構控制策略和抖振控制，針對控制量加速度不足，提出了離散趨近律的兩種實現方式，由於兩種實現方式同樣具有明顯的優缺點，因此將兩種方式結合起來，增加了兩個與滑模面平行的切換面作為系統在兩種方式之間切換的界限，並通過計算機模擬驗證控制效果。
  3. Based on the establishment of the mathematical model of the water - level controlling system, the boundary control equation of the stable domain of the continuous system and discrete system are found respectively, and the characteristic of stable domain of the two systems is analysed

    其目的是維持前池水位穩定，提高機組單位流量出力，最大限度利用來水，從而提高電站的經濟效益。在建立水位調節模式下調節系統數學模型基礎之上，對連續、離散系統進行了穩定分析。
  4. 2. based on continuous model and discrete model of control system, simulation technology is studied, finally curves about water level and journey of ship are drawn and probability of using is calculated

    提出了採用演繹法分別建立三峽五級船閘控制系統的連續模型和離散模型，並進行模擬研究，得到每個閘室的水位變化圖、船隻的行程圖以及船閘的利用率等指標。
  5. 3. based on continuous model and discrete model of control system, demo system of five - step ship gate control system is developed by means of visual basic 6. 0, which can show ship gate running to the life in the course of nature and at the time of fault

    在以上連續模型與離散模型的基礎上，採用visualbasic6 . 0開發出三峽五級船閘運行控制系統的模擬演示系統，能逼真地演示出船隻在正常或故障時的過閘情況。
  6. In addition, the discrete mathematic models of the digital vehicle control system were obtained by introducing the discrete mathematic models of the typical elements in the digital control system and deducing the time continuous mathematic models in accordance with z transformation method

    利用z變換方法把控制系統時間連續數學模型轉換成離散數學模型，引入數字控制系統典型環節的數學模型，建立磁導航車體運動數字控制系統的離散數學模型。
  7. In these manmade systems, it is not continuous variable but discrete event to impact the behavior of the system

    在這類人造系統中，對系統行為進程起決定作用的是一批離散事件，而不是連續變量。
  8. Basic theory of dynamic model for human body system is emphasized, which deals with many basic problems such as human body ' s continuous dynamic system, discrete dynamic system, randomness, self - organization, simple huge systems and complex huge systems

    重點討論了人體系統的動力學模型基礎理論，內容涉及人體系統的連續動態系統、離散動態系統、人體系統的隨機性、自組織、人體系統的簡單巨系統、復雜巨系統等諸多基礎問題。
  9. According to the difference equation, the continuous control system is translated into the discrete control system. simulation results indicate the discrete fuzzy control system using of c - s function has the same result with the continuous fuzzy control system, so the discrete fuzzy control system is successful

    將連續控制器按照一階後向差分方法離散化，並利用simulink的c - s函數編程技術建立離散模糊pid控制系統，模擬結果和連續控制系統結果基本一致，表明離散化模糊pid控制器是成功的。
  10. The continuous state system is described by using abstract language method, and the discrete event plant model is attained by consistent partition of the space of continuous state system

    用抽象語言方法描述連續狀態系統，通過對連續狀態系統空間的一致性分劃，抽象出離散事件對象模型。
  11. The prediction control problem for discrete time - delay system and continuous time - delay system with sinusoidal disturbance is concerned in this paper. chapter 3 is to remove the time - delay from a discrete system with control time - delay by predictive control. the state predictive observer and optimal predictive controller for the discrete delay system based on a state space model are presented

    對于離散時滯系統，本文第三章通過構造預測模型所得的系統輸出預測向量和系統的控制向量，為系統設計了全維狀態預測觀測器（ spo ） ，並將該狀態預測觀測器應用於多步預測控制，根據最優控制理論，構建了全維模型預測控制器。
  12. The delta operator enables a smooth transition of the sampled data to their continuous - time counterparts as a unified method of the continuous - time system and discrete - time system

    Delta運算元作為連續系統和離散系統描述的統一方法，可以適當地改善這些缺陷，實現了從離散到連續的光滑轉變。
  13. This paper puts forward a dynamic analysis method on belt conveyor through carefully study on belt conveyor system. the unified expression of conveyor belts " moving behavior has been obtained. the models contain the dynamic continuous one and the discrete one

    本文通過對輸送帶的粘彈性特性進行了深入的研究，推導出了輸送帶運動特性方程的通用表達式，分別建立了帶式輸送機系統的動態連續模型和閉合迴路的離散模型。
  14. Secondly, a network based on multi - terminal components modeling methodology was applied to model mems at system - level by the analogy and mixed - signal modeling tool of vhdl - ams, for the system - level model of mems is a mixed signal model, which has attributes of multi - energy domains coupling, multi - signals mixed and interacting between discrete - event subsystems and continuous - time subsystems. with this method, the whole system can be divided into some subsystems defined as multi - terminal components ; the behavior of the subsystems depends only on their terminal signals ; the information exchange between subsystems was done by the signals at their terminals. the continuous - time systems or discrete - event systems can be modeled and simulated with this method, which satisfied the requirements of nonlinear systems and large signals analysis

    同時，針對mems的系統級模型是一個混合信號模型，具有多能量域耦合、多信號混合、離散事件子系統與連續時間子系統交互的特點，使用vhdl - ams作為混合信號模型建模的工具，採用多埠組件網路建模方法建立了mems系統級模型，把微型機電系統分解為多個子系統或組件，各子系統被定義為多埠組件，子系統的內部行為通過其埠行為來描述，子系統間的能量與信號的交換通過組件的埠映射來實現，從而實現了對連續時間系統和離散事件系統的建模與模擬，滿足了非線性系統以及大信號分析要求。
  15. In this paper, we used the characteristics and introduced the delta operator to linear quadratic following control system, the results show that when sampling period is approaching to zero the results of the discrete - time system is approaching the continuous - time system, and the design of the following controller is completed by linear riccati equation

    本文利用上面導出的delta運算元性質，把delta運算元應用於二次型跟蹤系統當中，得出了采樣周期趨近於零時delta域內的最優解趨近於相應的連續域最優解，並指出了離散域的輸出跟蹤器的設計可用連續riccati方程得到近似解。本文把delta運算元引入線性系統的廳。
  16. The first part studies the design methods of adaptive fuzzy regulator and controller of nonlinear systems, consisting of continuous - time system and discrete - time system ; the second part studies the characteristic of fuzzy systems as the approximator of nonlinear systems

    本文研究了模糊控制的若干問題主要內容分為兩部分：第一部分研究非線性系統的自適應模糊調節器的設計與自適應控制模糊控制器的設計
  17. Glauber had initiated the investigation of the transition dynamics for spin system and developed the single - spin flipping critical dynamics. in recent years this theory has been improved to the single - spin transition dynamics which can be applied in the discrete spin system or the continuous spin system

    Glauber開創自旋系統的臨界動力學研究工作，發展了一套單自旋翻轉理論，近年又被改進為可運用於離散系統和連續系統的單自旋躍遷臨界動力學，並在高斯模型中得到成功應用。
  18. Based on modeling and analyzing the discrete mathematic model of hydraulic turbine governor system, the edge equation of stable domain of the discrete control system is obtained. according to this equation, the stable domain is specified. compared with continuous system, the changing rules and characters of the discrete system are found, which provide the theoretic foundation for researching the control strategy and the parameter adjustment of discrete control system of the hydraulic turbine governor

    在建立水輪機調節系統離散數學模型的基礎上，通過分析，給出離散調節系統的穩定域邊界控制方程，通過穩定域繪制，比較離散與連續系統的差異，找出離散調節系統穩定域的變化規律和特點，從而為研究水輪機離散調節系統的控制策略及調節參數整定提供理論依據。
  19. The method of pp - sv is improved according to the questions in controlling chaos and hyperchaos systems with it. the high - dimension continuous hyperchaos system and the discrete hyperchaos system are studied respectively with the method proposed

    針對應用pp - sv法對混沌或超混沌系統進行控制時存在的問題，我們提出了改進的方法並對高維的連續和離散系統模型分別進行了有效控制。
  20. For the delta domain systems with the discrete systems, we analyze and design the hx controllers using lyapunov stability theory. the results contain the sampling period and show that when sampling period is decreasing to zero the system is stable all the same while the performance of the discrete - time system is approaching to the continuous - time system

    針對delta域內的離散定常系統，本文採用統一的李亞普諾夫第二穩定方法，對其進行了h _狀態反饋分析和設計，結論得到一個含有采樣周期的線性矩陣不等式，當采樣周期趨近於零時，系統仍然穩定，離散系統的性能趨于連續系統。
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