sequential complexity 中文意思是什麼

sequential complexity 解釋
時序復雜性
  • sequential : adj. 1. 繼續的；連續的；隨著…而發生的 （to）。2. 結果的。3. 〈美俚〉（避孕丸）按期服食的。n. 〈pl. 〉 〈美俚〉按期服食的避孕丸。adv. -ly
  • complexity : n. 1. 復雜性，復合狀態。2. 復合物；復雜的事物[情況]。
  1. The sy - stem had different requirements on time sequence in high - speed clock and low - speed clock situations, which resulted in the complexity of the sequential circuit

    在高速時鐘和低速時鐘的情況下，系統有不同的時序要求，這就決定了時序電路的復雜性。
  2. The discussion of main parallel technologies on construction of parallel sliq algorithm is presented in this paper. the computing result of algorithm complexity of sequential and parallel algorithm indicates : when the data set is large enough, as to continuous attributes, the parallel algorithm almost get speedup value equal to the number of processors ， while as to categorical attribute the improvement of parallel algorithm is limited

    通過對串列和并行演算法時間復雜度的計算表明，當數據集充分大時，由於連續屬性的排序計算操作分散到各個處理機單元上進行，顯著降低了計算時間，從而可以得到近似於處理機個數的加速比，對于離散屬性，本并行演算法對串列演算法的性能提高有限
  3. The security of the algorithm is analyzed from the randomness, linear complexity of the chaotic sequence and the intensity of initial key. the results show the randomness of the key sequence pass the frequency test, sequential test, poker test, autocorrelation test, runs test, etc. and the total level is better than the binary sequence generated by the prng of delphi 7. 0, logistic chaotic system and rc4, the linear complexity comes up to the expectation, the initial key has very strong intensity

    本文最後從混沌序列的隨機性、線性復雜度和初始密鑰的強度三個方面對演算法進行了安全性分析，結果表明演算法產生的密鑰序列的隨機性完全通過了頻數檢驗、序列檢驗、撲克檢驗、自相關檢驗和遊程檢驗等5種統計檢驗方法的檢驗，而且整體水平要好於delphi7 . 0中的偽隨機數發生器、 logistic混沌系統和rc4三種方法產生的二進制序列，線性復雜度達到了數學期望值。
  4. This paper proposed a novel method for detection of biomedical signals based on the parametric model and higher order spectra technique. the new method can separate continuous signals automatically and this method is also useful in nonstationary time - varying signals. we proposed a sequential procedure that does not use the information provided by the future and the computational complexity is less than global segmentation of the process

    本論文詳細論述了肌電信號產生的機理，以及介紹了肌電信號在康復醫學中的應用，並詳細介紹了目前存在的肌電分析的方法，在此基礎上，本文提出了一種基於ar參數模型的生物醫學信號的檢測方法，能夠按照它所對應的不同的上肢動作，對於一段連續肌電信號進行檢測和信號自動分段，這種方法特別適用於非平穩的肌電信號，而且運算量要大大小於基於全局的信號的分段方法。
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