chaotic attractor 中文意思是什麼

chaotic attractor 解釋
混沌吸引子
  1. We describe the meaning of chaos > future idea of chaotic theory and influence on forecast ; introduce the character of chaotic time series, and point out the problem and shortage of the methods already existed computing character value which are fractal dimension and the largest lyapunov exponent and improve on it ; present the forecast principle of forecast method based on chaotic attractor, and point out the shortage of local field forecast method based on chaotic attractor and bring forward improved on methodo at the same time, we put forward a banausic algorithm and compare two models using practical example

    論述了混飩的含義與混淪理論的未來觀及其對預測的影響;介紹了。混飩時間序列的特徵,指出了己有的計算分形維及最大李雅譜諾夫指數這兩個特徵量的方法存在的問題與不足,並對此進行了改進;給出了基於混飩吸引子的預測方法的預測原理,指出了常用的基於混燉吸引子預測的局域法的不足並給出了改進方法,同時,給出了其實用演算法,並用實例進行了比較。
  2. The natural tightly connection between chaos and fracture is due to the infinite similarities of strange attractor of chaotic dynamic system

    混沌動力系統的奇異吸引子所具有的無窮自相似性使混沌理論和分形學自然緊密聯系。
  3. Implementation and simulation of chaotic behavior of multiple - attractor generated by a physical pendulum

    物理擺的多吸引子混沌狀態實現與理論模擬
  4. The mechanism of the crisis is the sudden appearance of a periodic orbit with mixed - dissipative property inside a chaotic quasi - attractor ; 2. the escaping hole can be defined as the area completely dominated by traditional dissipative property that is confined by the dissipative - induced gap. to our knowledge, such a crisis has never been observed yet

    這種半耗散激變具有兩個鮮明的特徵: .這種激變的機制是一個混沌類吸引子中突然出現一個具有混合耗散性的周期軌道,從而使原混沌類吸引子突然轉變為一個混沌類瞬態; .這種激變的逃逸孔洞是一個受到耗散性導致禁區的邊界限制的「完全傳統耗散性主宰區」 。
  5. Compressor stall analysis based on chaotic attractor

    基於混沌吸引子的壓氣機失速分析
  6. Our numerical investigation also indicates that the chaotic attractor appeared after the prelude phase - locking staircase was end - result of the set of the images of the discontinuous border of the system function

    我們的數值結果還說明在v型陣發前奏鎖相階梯之後出現的混沌吸引子就是映象函數的不連續邊界的象集的歸宿。
  7. Experimental results show that this ep - trained mlp model can generate a chaotic series, whose attractor can be reconstructed better than that generated by the bp - trained mlp model and which generates many chaotic sequences by changing weights of this mlps very easily

    計算機模擬結果表明:該模型比bp演算法訓練的神經網路模型能更好地重構混沌吸引子,調整網路權值即可產生多種混沌序列。
  8. The chaotic behavior of the network traffic is analyzed based on the sensitivity to initial conditions, strange attractor and self - similarity. 2. computing several measurable parameters about chaos, under the same queue management mechanism and certain configuration

    分析計算了在相同的隊列管理模式、一定的參數配置下,有關混沌的若干個參數的情況,對鏈路數據流的混沌特性進行了定量計算。
  9. Secondly, this paper analyses dynamically the dynamic behavior of several typical chaotic attractor in its phase space, and move specialty of chaotic attractor. the complicated degree is described using the density of phase space in the chaotic attractor. its method is better than the method of probability statistic

    對幾種典型的混沌吸引子在相空間的動力行為進行動態模擬分析;利用混沌吸引子在相空間的密度刻畫混沌吸引子的復雜程度,同用概率統計的方法作比較,其結果較好地反應了混沌吸引子的復雜程度。
  10. In this paper the phase space of the time series of nature field is reconstructed by the theory of phase space reconstructing and g - p algorithm, the results show that the phase space of nature filed has the chaotic attractor, although the nature field is similarity with random nature signal, it has intrinsic certainty random signal and is likely to chaotic

    利用相空間重建理論與g - p演算法對大地電磁場的時間序列進行相空間重構,表明大地電磁場時間序列相空間的吸引子是存在的,大地電磁場雖然看似隨機的天然信號,事實上它是具有內在確定性的隨機信號。
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