函数相关

词组短语

functional dependence

与函数相关相关的网络例句 [注：此内容来源于网络，仅供参考]

Some methods mentioned in the elementary number theory and analytic number theory are used to consider the problems which are related with the Smarandache functions, then a conjecture and an asymptotic formula are given, a special equation is solved and Smarandache-Riemann sequences are generated.

本论文基于对Smarandache问题的学习与研究，运用了初等数论与解析数论中的一些研究方法，对与Smarandache函数相关的问题进行了简单的思考，给出了一个猜想，一个渐近公式，解决了一个特殊的方程，推广了Smarandache-Riemann序列。

Using the theories of probability, algebra and spectral theory comprehensively, we investigate some related characteristics of logic functions in cryptography: Firstly, we introduce m order generalized s - correlation immunity of Boolean vector functions and prove that the higher order generalized ε- correlation immunity can guarantee the lower order generalized ε- correlation immunity. Then by applying decomposition formula of joint distribution of Boolean random vectors, we give a spectrum criterion of m order generalized e - correlation immunity of Boolean vector functions. Furthermore, we show that the algebraic degree of m order generalized e - correlation immune Boolean vector functions is not restricted by the correlation immune orders.

本文主要运用概率论的思想和方法，并结合代数学和频谱理论的相关知识，对密码学中逻辑函数的有关性质进行了研究，主要包括以下三个方面的内容：首先，对布尔向量函数的相关免疫性进行了拓展，给出了k维布尔向量函数m阶广义ε-相关免疫的概念，证明了布尔向量函数的高阶广义ε-相关免疫性蕴含低阶广义ε-相关免疫性，并根据布尔随机向量联合分布分解式得到了布尔向量函数m阶广义ε-相关免疫的一个谱判别条件，还说明了m阶广义ε-相关免疫布尔向量函数的代数次数不受相关免疫阶数的制约。

In presented method, the correlated variables are transformed into uncorrelated variables equivalently, and the performance functions in the correlated variables space are transformed into those in the equivalent uncorrelated variables space, in which the reliability sensitivity of the system failure probability with respect to the distribution parameters of the uncorrelated variables can be solved by the moment method for the uncorrelated variables. Finally the equivalent relationship between the correlated variables and the uncorrelated variables, the chain rule for derivative are employed to obtain the reliability sensitivity of the system failure probability with respect to the means of the correlated variables.

在所提的方法中，首先将相关变量空间等效转化为不相关变量空间，并将系统多个失效模式的功能函数转化为不相关变量空间的功能函数，进而利用矩方法得到多模式系统失效概率对不相关变量空间基本分布参数的灵敏度，最后利用相关变量空间与不相关变量空间的等价关系及复合函数求导法则，求得多模式系统失效概率对相关变量空间中变量均值的灵敏度。

We shall take a closer look at the concept of functional dependence.

我们将周密地考虑一下函数相关的概念。

Then it quotes a sufficient condition, the necessary conditions and necessary and sufficient conditions for integration, including the application of mathematical analysis, Real Variable Function-related content which is useful to sum up the necessary and sufficient conditions of the integrability.

然后引述了积分的充分条件、必要条件及充分必要条件，包括应用数学分析、实变函数相关内容总结的可积的充要条件，并作了翔实扼要的论述和证明，且给出针对性极强的应用例题，以便加深对可积条件的理解及加强应用能力。

Using the concept of Boolean functions and combinatorics theory comprehensively, we investigate the construction on annihilators of Boolean functions and the algebraic immunity of symmetric Boolean functions in cryptography:Firstly, we introduce two methods of constructing the annihilators of Boolean functions, Construction I makes annihilators based on the minor term expression of Boolean function, meanwhile we get a way to judge whether a Boolean function has low degree annihilators by feature matrix. In Construction II, we use the subfunctions to construct annihilators, we also apply Construction II to LILI-128 and Toyocrypt, and the attacking complexity is reduced greatly. We study the algebraic immunitiy of (5,1,3,12) rotation symmetric staturated best functions and a type of constructed functions, then we prove that a new class of functions are invariants of algebraic attacks, and this property is generalized in the end.Secondly, we present a construction on symmetric annihilators of symmetric Boolean functions.

本文主要利用布尔函数的相关概念并结合组合论的相关知识，对密码学中布尔函数的零化子构造问题以及对称布尔函数代数免疫性进行了研究，主要包括以下两方面的内容：首先，给出两种布尔函数零化子的构造方法，构造Ⅰ利用布尔函数的小项表示构造零化子，得到求布尔函数f代数次数≤d的零化子的算法，同时得到通过布尔函数的特征矩阵判断零化子的存在性：构造Ⅱ利用布尔函数退化后的子函数构造零化子，将此构造方法应用于LILI-128，Toyocrypt等流密码体制中，使得攻击的复杂度大大降低；通过研究(5，1，3，12)旋转对称饱和最优函数的代数免疫和一类构造函数的代数免疫，证明了一类函数为代数攻击不变量，并对此性质作了进一步推广。

The theory of test/analysis correlation is briefly introduced, and a correlation tool CAE Calibrator is introduced in this paper.

目前存在着频率、振型、频响函数相关的几种方法，本文对试验数据和有限元分析数据相关的理论方法进行简要介绍，对CAE Calibrator软件的使用方法也进行了说明。

API函数 As I've already mentioned, in this chapter you will be taking a group of undocumented

就像我们已经提到过的那样，这一章里我们要处理一组没有相关文档的

In chapter one, we review recent developments on bivariate distributions and bivariate copulas.

中文摘要在第一章，先回顾目前一些二元分布和二元机率结合函数相关的定义、主要定理，及目前的发展概况。

To analyzing the relativity between venipuncture velocity blood collection with Vacuette and venipuncture of difficulty above using CORREL.

用秒表测量509例次真空采血从进针到插入真空管见到回血的时间并记录，评价静脉穿刺难度，应用CORREL工作表函数相关系数对真空采血器静脉采血穿刺时间和穿刺难度进行相关性分析。

与函数相关相关的网络解释 [注：此内容来源于网络，仅供参考]

time correlation function：时间相关函数

804. time correlation analysis 时间相关分析 | 805. time correlation function 时间相关函数 | 806. time correlation method 时间相关法

functional cup product：函数的上积

{基}谓词演算;函数运算法 functional calculus | 函数的上积 functional cup product | 函数相关 functional dependence

functional constant：函数常数

functional calculus 函项演算 | functional constant 函数常数 | functional dependence 函数相关

functional dependence：函数相关

functional constant 函数常数 | functional dependence 函数相关 | functional determinant 函数行列式

full functional dependence：全函数相关

full fluid film lubrication | 全液膜润滑 | full functional dependence | 全函数相关 | full gloss | 全光

functionally dependent：函数相关

函数无关|functionally independent | 函数相关|functionally dependent | 函数项级数|series of functions

functionally independent：函数无关

函数平移|translation of functions | 函数无关|functionally independent | 函数相关|functionally dependent

normal correlation function：正态相关函数

normal correlation 正态相关 | normal correlation function 正态相关函数 | normal correlation surface 正态相关面

series of functions：函数项级数

函数相关|functionally dependent | 函数项级数|series of functions | 函子|functor

weighting function：(加)权函数

将互相关系数推广到自相关系数,时间序列的自相关系数推广到空间序列的自相关系数,最后采用加权函数(weighting function)代替滞后函数(lag function),将一维空间自相关系数推广到二维空间自相关系数,即可得到Moran指数.