超混沌 的英文怎麼說

中文拼音 [chāohúndùn]
超混沌 英文
hyperchaos
  • 超 : Ⅰ動詞1 （越過; 高出） exceed; surpass; overtake 2 （在某個范圍以外; 不受限制） transcend; go beyo...
  • 混 : 混形容詞1. （渾濁） muddy; turbid2. （糊塗; 不明事理） foolish; stupid
  • 沌 : 沌構詞成分。
  • 混沌 : 1 （宇宙形成前的景象） chaos; the chaotic world in prehistoric times 2 （無知的樣子） innocent as...
  1. Study on strange hyper - chaotic dynamics of kawakami map

    映射的超混沌行為研究
  2. Synchronization of two 9 - scroll hyperchaotic attractors

    9渦卷超混沌吸引子的同步
  3. In the method of impulsive synchronization, both seriate system and discrete system have been discussed. a series of discrete hyperchaos systems that have the lowest dimension have been constructed, and we have achieved the impulsive synchronization of discrete system in circuit

    脈沖同步法中，分別從連續系統和離散系統兩方面進行討論，構造出一系列具有最低維數的離散超混沌系統，並通過電子線路實現了離散系統的脈沖同步。
  4. Controlling synchronization of chaos and hyperchaos systems

    控制混沌和超混沌同步
  5. Experiment in circuit for controlling hyperchaos

    控制超混沌的電路實驗
  6. Alternate encryption based on two - dimension hyperchaos sequence

    基於二維超混沌序列的交替加密
  7. Design of a complex encryption scheme based on rsa algorithm and hyperchaos

    演算法和超混沌的復合加密方案
  8. Spread - spectrum secure communication based on hyperchaos system of cellular neural network

    基於細胞神經網路超混沌系統的擴頻保密通信
  9. Synchronization of hyperchaos of cellular neural network with applications to secure communication

    細胞神經網路超混沌系統同步及其在保密通信中的應用
  10. The generation, control, and synchronization of hyperchaos are one of the most important problems in the field of nonlinear dynamics

    超混沌產生、控制和同步是非線性動力學的重要前沿課題之一。
  11. In part two, we use a method of the unit of function circuit to structure some hyperchaotic circuits realize the control and synchronization of hyperchaos

    第二部分研究單元功能電路法構造超混沌電路實現超混沌控制和同步。
  12. It is possible that hyperchaotic circuits are controlled to special signal producer and signal exchanger by using this method of hyperchaos control

    這種超混沌控制方法為將超混沌電路應用於特殊信號發生器或信號變換器提供了一種可能途徑。
  13. Parameters identification of l. c oscillator hyperchaotic system

    振子超混沌系統的參數辨析
  14. Using feedback with prediction to control chaos, we also catch hold of the result of high - period, which has never been reached. the double feedback method is introduced to control the chaos and hyperchaos in a 2 - dimensions discrete system and the spatio - temporal open - flow models based on the method of the delayed feedback and the predict method. the condition under which chaos can be stabi lized could be educed by theoretical analysis

    提出預測反饋控制與延時反饋控制組合的雙反饋控制方案，並將這一方案應用到對離散系統的混沌和超混沌的控制以及時空系統中混沌的控制；從理論上分析了具體系統採用此方案控制，系統能控制住的解析條件；理論和數值計算的結果都表明，使用組合的控制方案極大地拓寬了系統可控制的參數范圍，提高了控制質量，有利於實際應用。
  15. ( 3 ) a modified chua ' s circuit is proposed and a circuit implementation is also designed. dynamics of this modified chua ' s circuit are numerically studied and its lyapunov exponents are also calculated. ( 4 ) a resistance - coupling method for designing new chaos generators by taking use of existing chaos generators is suggested, several new chaos generators realized by this way are studied and their dynamic are compared to those of original chaos generators, their lyapunov exponents are also calculated

    （ 4 ）提出了一種構造新的混沌或者超混沌模型的電阻性混沌模型耦合方法，並且給出了用此方法構造的幾種新的混沌吸引子，對所構造的新的混沌os吸5吁進行了數值研究，贈了其李雅普諾夫指數，將耦合形成的新的混飩吸引子與耦合之前的混飩吸引子進行了對比頒。
  16. An adaptive chaotic demodulator based on neural network strategy

    混沌神經網路中的超混沌
  17. The hyperchaotic circuits are controlled to their stable equilibriums as well as np periodic orbits by change the external controlling parameter, such as the magnitude of modulation

    通過改變外部控制參數，如調制幅度，把超混沌電路控制到穩定的平衡狀態和np周期軌道。
  18. The third, synchronization in unidirectionally coupled 4 - order hyperchaotic chua ' s circuits is studied. synchronization of hyperchaotic systems can be achieved using only one variable unidirectionally coupled at discrete times. we obtain the threshold of couple coefficient based on lyapunov stability theory

    第三，採用單向耦合方法實現了兩個四階蔡氏超混沌電路的同步，根據lyapunov穩定性定理，得到了兩個系統達到同步時耦合系數的閾值。
  19. The main advantage of this method is that it can be realized easily in engineer. the numerical studies and circuit experimental simulations show that this method is correct and efficient. in our circuit experimental simulations, the other variables of hyperchaotic systems synchronize precisely when a variable synchronizes generally

    電路實驗模擬中出現一種新的同步現象，即超混沌振蕩器的一個電流達到廣義同步時，其它的電壓和電流還可以實現精確同步，我們對此同步現象的物理機制進行了定性分析。
  20. We first advanced the scheme of chaotic and hyperchaotic synchronization system with a scalar transmitted signal through the method of rotate variable of system

    首次提出通過旋轉系統變量的方式只用單一發送信號同步混沌和超混沌系統的方案。
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