函數的周期 的英文怎麼說
中文拼音 [hánshǔdezhōuqī]
函數的周期
英文
period of a function- 函 : 名詞1. [書面語] (匣; 封套) case; envelope 2. (信件) letter 3. (姓氏) a surname
- 數 : 數副詞(屢次) frequently; repeatedly
- 的 : 4次方是 The fourth power of 2 is direction
- 周 : Ⅰ名詞1 (圈子; 周圍) circumference; periphery; circuit 2 (星期) week 3 [電學] (周波的簡稱) c...
- 期 : 期名詞[書面語]1. (一周年) a full year; anniversary 2. (一整月) a full month
- 函數 : [數學] function函數計算機 function computer; 函數計算器 function calculator; 函數運算 functional operation
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Periodic points of meromorphic function and their odd points of iterative inverse function
亞純函數的周期點及其迭帶的反函數奇點Several decision theorems for periodic function and its application
周期函數的幾個判定定理及其應用Relation of lnclusion of module and operation of almost periodic function
概周期函數的運算與模包含關系Approximation of multivarite periodic function anddegree of approximation
多元周期函數的一類逼近及逼近階估計Biorthogonality of multidimensional periodic scaling function with arbitrary dilation matrix
具有一般伸縮矩陣高維周期尺度函數的雙正交性It is found that in the absence of dissipation and average photon number of the reservoir the linear entropies of the atom and the field varies with time periodically, going to zero at the disentanglement times, and the period is the same as that of bell function and the linear entropy of the total system is zero at any time. if the cavity dissipation and the average photon number of the reservoir is taken into account, the linear entropies of the atom and the field present local maxima and minima and the difference between them diminishes with time, tending to asymptotic values
結果表明,在忽略腔損耗和熱庫的平均光子數時,原子和場的線性熵有周期性的變化,在沒有糾纏的時刻,值為0 ,此時的周期與bell函數相同,而系統的線性熵在任何時刻都為0 ;如果考慮到腔場的損耗和熱庫的平均光子數,原子和場的線性熵有局部的最大值和最小值,它們之間的差距隨時間逐漸減小,趨向一個漸進值。According to the principle of generation of prime number through boolean algebra logic operation and phase angle matrix analysis of the periodic function it comes out that any even number larger than 4 can be expressed as the sum of two prime numbers , i. e. “ 1 + 1 ” is tenable, and thereby finishes demonstration of the validity of goldbach ' s conjecture
根據素數的形成機理,從布爾代數的邏輯運算和周期函數的相角矩陣分析,都得出了大於4的任何偶數都可表示成兩個素數之和即「 1 + 1 」成立,從而完成了哥德巴赫猜想成立的論證。The detail is clarified as follows : l ) based on the chaotic technology and contemporary encryption approach the paper put forward a new chaotic sequence, which introduced the m - sequence and the method of shrink key - the stream generator. the complexity of the sequence was promoted as the random alteration of the parameters of chaotic mapping, and at the same time, the shrinking key was used to enhance the security further more ; 2 ) the performance of one - way hash function was improved and new hash function construction methods are proposed through a novel hash method based on chaotic mapping and the aes - the rijndael algorithm. the algorithm of hashing messages of arbitrary length into 256 bits hash values was designed
按照這種方法,輸出序列的周期性得以大大提高,理論分析和計算機模擬結果表明,該方法可以產生具有良好統計特性的密鑰流,而且易於軟硬體實現: 2 )實現了一種基於混沌映射和分組密碼rijndael演算法的單向hash函數的構造方法,即使用logistic混沌映射產生混沌二值序列,序列的分組與明文序列分組進行按位異或后,進入rijndael加密模塊,所得的結果再加入到反饋端,參與下一分組輸入的異或運算,迭代結束時的rijndael加密結果即為所求的hash函數值。Every result in the paper is presented through specific analytic expression, including the analytic expression of homoclinic orbit or heteroclinic orbit and its melnikov function, analytical expression of periodical track surrounding the center - type singular point within the homoclinic orbit or heteroclinic orbit and its melinkov function, the critical value when periodical m point appears, the critical value when smale horseshoes chaos appears, etc.
文中的各個結果均以具體的解析形式給出,其中包括同宿軌道或異宿軌道的解析表達式及其melnikov函數;同(異)宿軌道內圍繞中心型奇點的周期軌道的解析表達式及其melnikov函數;出現周期m點的臨界值;出現smale馬蹄混沌的臨界值等。In kinesin ' s actual movement, it continuously changes its conformation to catalyze atp ' s hydrolysis. the role of microtubule is not a simple periodic potential
在實際運動中,馬達不斷進行著自身構象變化並催化atp水解,微管產生的勢場也不僅僅是一個簡單的周期勢函數。Based on vibration principle, the paper establishes dynamics analysis model of output shaft with elastic support, according to fourer series spread principle of periodic function, the dynamic response formula is derived by separating complex vibration force into sum of many simple harmonic excitation function of whole number times frequency relations. the result shows that response of both sides support is synchronous when load distribution non - uniform coefficient is 1
依據振動理論建立了具有彈性支撐的輸出軸的動力學分析模型,根據周期函數的傅里葉級數展開原理,將復雜的激振力分解成為多個頻率成整倍數關系的簡諧激勵函數,導出了動態響應表達式,結果表明,當載荷分配不均勻系數為1 . 0時的輸出軸兩端支撐同步。We propose in this paper an evaluation method for the transient performance of das, through the period signal, by utilizing the much smaller difference than sampling period between the multi - periods of signal and the multi - sampling periods, getting shorter equivalent sampling period ( i. e. higher equivalent sampling rate ), which is derived from input signal period and sampling period, and then, the problem that how to get the transient performance of das has been solved. the transfer function of das is then evaluated and identified, and practical test results are also presented
本文介紹一種方法,通過對其加載特定的周期性輸入信號,使用采樣周期的整數倍和信號周期整數倍間的微小偏差,獲得比實際采樣周期小得多的等效采樣周期,從而解決了數據採集系統瞬態響應特性的獲取問題;並進而獲得了數據採集系統傳遞函數的辨識和評價結果,實現了數據採集系統瞬態特性的總體評價。A history table in which new rows are appended for each subscription cycle, using the result of an sql column function calculation against the replication source change - data table, which contains the recently changed data
:歷史表,為每個訂閱周期追加新行,對包含了最近更改數據的復制源更改數據表使用sql列函數的計算結果。Because of that there is a lowest limit of the sampling rates of each data acquisition system, that is the sampling rate can not be at any value ( especially it can " t be at any high enough ), one can " t get the transient performance of das sometimes, and it may limits the evaluation of their transient performance
由於采樣周期是有下限的,即採集速率不可能無限高,這在實際應用中常常限制了其瞬態響應特性的獲得,因而也限制了其傳遞函數的辨識和評價。Numerical stability of interpolation functions of cubic periodic spline
三次周期樣條插值函數的數值穩定性The whole paper consists of three parts : part is about general theory of the least positive period, which argues the necessary and sufficient condition for the existence of the least positive period for a periodic function, and concludes " the existence of the least positive period for that periodic function, which is continuous at least one point and not equal ever to a constant " ; part researches the least positive period for the sum of two periodic functions, followed its general expression ; part discusses non - periodicity for the compound function constructed by a periodic function and a non - periodic function, and the corresponding results
全文分為三部份:第一部份是關于最小正周期的一般理論,得到了周期函數有最小正周期的充分必要條件,也獲得了「至少在一個點連續且不恆等於常數的周期函數必有最小正周期」的結論;第二部份分析了兩個周期函數之和的最小正周期的問題,給出了其一般表達式;第三部份討論了周期函數與某些類型的非周期函數構成的復合函數的非周期性問題,並得出相應結論。Emulation on nonsinusoidal single - phase and nosinusoidal balanced three - phase systems are also given. there are nine kinds of arithmetic of ac sampling based sinusoidal and periodic modal in this paper
本文還綜述了基於正弦函數和周期函數模型的9種交流采樣演算法,分析了影響測量精度的原因並給出了解決措施。In the second part of this work, according to cosine function ' s cycle property and using the quantization square choosed by international standards such as jpeg, h261 / h263, mpeg1 / 2, a kind of dct coding algorithm that based on tabling is put forward
第二部分採用jpeg 、 h261 h263 、 mpeg1 2等國際標準中所選擇的量化矩陣,根據餘弦函數的周期性提出一種基於查表的dct編碼演算法。Reflective function and periodic solution of differential systems
微分系統的反射函數與周期解Case one : the local map is periodic and has infinitely many zeros
第一種情況:局部函數為周期的情況。分享友人