binary sequence中文什么意思

發(fā)音:

用"binary sequence"造句

二進(jìn)制序列
二元序列

binary: adj. 二，雙，復(fù)；【化學(xué)】二元的；【數(shù)學(xué)】二進(jìn)制的。 ...
sequence: n. 1.繼續(xù)；接續(xù)；連續(xù)。 2.順序；程序；次第；關(guān)系 ...
binary periodic sequence: 二元周期序列
binary random sequence: 二元隨機(jī)序列
bos binary object sequence: 二進(jìn)制對象順序

下載手機(jī)詞典可隨時隨地查詞查翻譯

例句與用法

Among the algorithmic design , the corresponding solution to the problems of transforming from the real sequence to binary sequence and precision in the chaotic stream cipher is put forward , and more efficient algorithm and better randomness of key sequence are obtained
在算法的設(shè)計中，我們對混沌序列密碼所面臨的實數(shù)序列到二進(jìn)制序列的轉(zhuǎn)化和精度等問題采取了相應(yīng)的解決方法，從而獲得較高的算法執(zhí)行效率和良好的密鑰序列隨機(jī)性。
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
本文最后從混沌序列的隨機(jī)性、線性復(fù)雜度和初始密鑰的強(qiáng)度三個方面對算法進(jìn)行了安全性分析，結(jié)果表明算法產(chǎn)生的密鑰序列的隨機(jī)性完全通過了頻數(shù)檢驗、序列檢驗、撲克檢驗、自相關(guān)檢驗和游程檢驗等5種統(tǒng)計檢驗方法的檢驗，而且整體水平要好于delphi7 . 0中的偽隨機(jī)數(shù)發(fā)生器、 logistic混沌系統(tǒng)和rc4三種方法產(chǎn)生的二進(jìn)制序列，線性復(fù)雜度達(dá)到了數(shù)學(xué)期望值。
This paper discussed the relation between autocorrelation and run - length of binary sequences , proved that there is no independence between autocorrelation and run - length , the autocorrelation not only determined the number of run on a period of sequence , but determined the number of run with length is one
摘要研究二元周期序列的自相關(guān)性與游程之間的關(guān)系，證明了二者并不完全獨立，序列的自相關(guān)特性不僅能決定其周期圓上游程總數(shù)，而且完全決定了長度為1的游程個數(shù)。
With pseudorandom binary sequence as inspiriting signal , feedback data is collected and time - domain and frequency - domain characteristic of the steering gear is analyzed . according to the results , system delay is determined . applying predictive error identification method , by comparing the different order model , model structure and parameters of the steering gear is determined
以偽隨機(jī)二進(jìn)制序列為激勵信號,收集了反饋數(shù)據(jù);利用收集的數(shù)據(jù),對舵機(jī)進(jìn)行了時域和頻域特性分析;并以此為參考,確定了系統(tǒng)的延時量,應(yīng)用預(yù)報誤差的辨識方法,通過不同階次模型間的比較,從而確定了舵機(jī)模型結(jié)構(gòu)及參數(shù)。
The results of author mainly includes : 1 . discussed the random evaluating indexs ? linear complexity . the author mainly discusses the linear complexity and k - error linear complexity of a binary sequence with the period n = npv ( n is a positive integer , p is an odd prime , gcd ( n , p ) = 1 ) , and show three important conclusions : a necessary and sufficient condition for lc k ( sn ) < lc ( sn ) , distributing of linear complexity about periodic sequence and a general upper bound for ( ) n 2
作者主要取得的研究成果如下: 1 .研究了偽隨機(jī)序列偽隨機(jī)性評估指標(biāo)?線性復(fù)雜度,主要討論了gf ( q )上的周期為n = npv的二進(jìn)制周期序列線性復(fù)雜度與k -錯線性復(fù)雜度之間的關(guān)系,得到了三個有用的結(jié)論,即lck ( sn ) < lc ( sn )的充分必要條件、周期序列線性復(fù)雜度的分布和( ) klcn , ks的一個可能的下界。