- 更多网络例句与应用函数相关的网络例句 [注:此内容来源于网络,仅供参考]
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On the applications of the uniformly Besicovitch almost periodic functions to differential equations, the main works are as follows:First, the paper proves that the space of the uniformly B2 almost periodic functions, with a special norm, is a Banach space, and then the Fixed Point Methods could be used in this function space.Second, since the space of the uniformly B2 almost periodic functions is per-fect, the paper investigates the existence and uniqueness of uniformly B2 almost periodic solution of a wave equation involving reflection of the argument by the principle of contraction mapping.
关于一致Besicovitch概周期函数在微分方程中的应用,本文主要做了以下工作:第一,证明了一致B~2概周期函数空间在其特定范数下构成Banach空间,从而可以在此函数空间上应用不动点定理;第二,由一致B~2概周期函数空间的完备性,应用压缩映像原理,讨论了一类满足一定初始条件的带反射变量的波方程一致B~2概周期解的存在唯一性。
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At the beginning of this thesis, the author gives the definition and the equivalent definition of convex function, and then proves the equivalent relationship between them. Secondly the author proposes the decision theorem of convex function which provides a judgment basis of whether a function is a convex function. Thirdly the author summarizes and proves the convex function's operational, basic, differential and integral property. Finally the author proves several famous convex function inequalities, such as Jensen inequality, Holder inequality, Cauchy inequality. The author also provides the application of these inequalities and illustrates the importance of convex function's basic inequality and integral property in the proving process.
本文开始给出了凸函数的定义及等价定义,并证明了它们之间的等价关系;接着提出了凸函数的判定定理,对一个函数是否是凸函数提供判断依据;然后对凸函数的运算性质、基本性质、微分性质、积分性质四个方面的性质进行了总结,并给予了证明;最后证明了凸函数的几个著名不等式詹森不等式、赫尔德不等式、柯西不等式,给出了这几个不等式的一些应用实例,并举例说明凸函数的基本性质和积分性质在不等式证明过程中的重要作用。
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At the beginning of this thesis, the author gives the definition and the equivalent definition of convex function, and then proves the equivalent relationship between them. Secondly the author proposes the decision theorem of convex function which provides a judgment basis of whether a function is a convex function. Thirdly the author summarizes and proves the convex function's operational ,basic , differential and integral property. Finally the author proves several famous convex function inequalities, such as Jensen inequality, Holder inequality, Cauchy inequality and Minkowski inequality. The author also provides the application of these inequalities and illustrates the importance of convex function's basic inequality and integral property in the proving process.
本文开始给出了凸函数的定义及等价定义,并证明了它们之间的等价关系;接着提出了凸函数的判定定理,对一个函数是否是凸函数提供判断依据;然后对凸函数的运算性质、基本性质、微分性质、积分性质四个方面的性质进行了总结,并给予了证明;最后证明了凸函数的几个著名不等式詹森不等式、赫尔德不等式、柯西不等式和闵可夫斯基不等式以及这几个不等式的应用,并举例说明凸函数的基本性质和积分性质在不等式证明过程中的重要作用。
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This curriculum primary coverage includes: Function and limit, a circular function derivative and differential, theorem of mean and derivative application, indefinite integral, definite integral, definite integral application, space analytic geometry and vector algebra, function of many variables differential method and application, multiple integral, curvilinear integral and surface integral, infinite series, differential equation.
该课程的主要内容有:函数与极限,一元函数的导数与微分,中值定理与导数的应用,不定积分,定积分,定积分的应用,空间解析几何和向量代数,多元函数微分法及其应用,重积分,曲线积分与曲面积分,无穷级数,微分方程。
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By using the limits of functions and the exchange limit theorem,we considered the relationship between the double limit of function with two variables and its repeated limit s.
应用函数列的极限与函数的极限交换次序定理,研究了二元函数的二重极限与它的两个累次极限的关系定理,研究了二元函数的两个二阶混合偏导数可交换次序定理。
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Bring forward a kind of learning algorithm fitting on the base of spline function, because the spline function has good flexibility and quadratic smoothing property, the search problem of network weight functions training can be converted into the resoluting extreme value problem of the plurality function through using spline function to represent network input and link weight functions, thus the PNN can be trained with the help of the existing neural network learning algorithms;④build a kind of learning algorithm base on the alternate of Walsh function, the complexity of network computing can be decreased through using the complete orthogonality of Walsh function corollary.
应用结果表明该算法收敛速度快,稳定性好;③提出了一种基于样条函数拟和的学习算法,由于样条函数具有很好的柔韧性和二次光滑性,将网络输入函数和连接权函数用样条函数的形式表示,可把网络权函数训练的函数寻优问题转换为多元函数求极值的问题,从而可借助于现有的神经网络学习算法训练过程神经元网络;④建立了一种基于Walsh函数变换的学习算法,利用Walsh函数系的完备正交性,可大大降低网络计算的复杂度。
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Integral of one variable functions, improper integral and its convergence properties.
本课程的主要内容包括:1 各种极限运算,其中包括数列极限、函数极限以及上、下极限;2 一元函数的微分学,包括微分和导数的运算法则、微分中值定理及其应用等;3 一元函数的积分和广义积分及其收敛性;4 级数及其收敛性,包括数值级数的收敛性和函数项级数的各种运算和性质;5 多元函数的微分学及其应用,其中很多方面与一元函数的微分学近似,需要注意它们之间的区别;6 多元函数的积分学,包括多重积分的性质与计算,多重积分的的应用等;7 曲线、曲面积分及其应用;8 含参变量积分的计算与性质;9 Fourier 级数及其应用,等等。
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On the whole, we do as follows: Firstly, we list some conceptions and lemmas for later use. Secondly, we define δ-fine partitions for infinite interval and integral of vector-valued functions on infinite interval, and discuss the properties of integral, and characterize its primitives...
主要包括以下五部分内容:在第一部分中,我们介绍了本文所用到的基本概念和引理;在第二部分中,通过定义无穷区间上δ-精细的分法,我们给出了无穷区间上向量值函数的积分的定义,并讨论其性质,还给出了原函数的刻划;在本文的第三部分中,我们着重讨论了无穷区间上向量值函数积分的收敛定理;在本文的在第四部分中,我们首先应用无穷区间上向量值函数积分的收敛定理给出了常微分方程整体广义解的存在性定理,其次应用强积分对Banach空间常微分方程广义解进行了讨论;最后,在第五部分中,我们将模糊积分推广到无穷区间上并给出了其数值计算方法。
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This paper describes the application of a quadratic function, namely : the use of quadratic function for Inequality, discuss other monotone function with the most value, the real roots distribution, series of comprehensive, quadratic function embodied in the high school math widely used.
本文主要介绍二次函数的应用,即:利用二次函数解不等式,讨论其他函数的单调性与最值、实根分布,数列中的应用等综合问题,体现了二次函数在高中数学中的广泛应用。
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It consists of three parts firstly,a large number of meshing data were measured out through three dismountable teeth installed along the radial direction of rigid wheel under loading status,secondly,the experimental curves of tangential force t and of radial force r inside meshing zone were gained by means of method of mathematica...
包括三部分:首先,在载荷状态下,通过安装在刚轮径向方向上三个可装、拆的活齿,测得大量的啮合数据;其次,通过数学统计方法获得啮合区内切向力Ft和径向力Fr的实验曲线;最后,应用函数逼近法获得载荷区内载荷分布方程
- 更多网络解释与应用函数相关的网络解释 [注:此内容来源于网络,仅供参考]
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application program:应用程序
1) 应用程序(Application Program)通过TX接口向事务管理器定义一个事务边界,然后向资源管理器提交事务操作;一个Tuxedo服务程序连接RM是通过调用tpopen()函数实现的,该函数只能在服务程序初始化时(tpsvrinit)调用一次.
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function argument:函数引数
"功能应用","function application" | "函数引数","function argument" | "函数阵列","function array"
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function argument:函数自变量
功能应用 function application | 函数自变量 function argument | 函数数组 function array
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bessel function:贝索函数
利用非破坏性试验(Non-Destructive Testing)量测铺面表面挠度值以反映铺面结题上时,因次分析(dimensional analysis)原理的应用显然有其必要性. 因次分析的方法考虑理变位的问题. Burmister藉由荷重函数之贝索函数(Bessel Function)展开,对於一个相当於集中
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copy constructor:拷贝构造函数
为了能够正确复制这些复杂类型的数据,我们可以使用"拷贝构造函数(copy constructor)"来完成这项工作. 拷贝构造函数在某些为了可以复制复杂类型数据而支持操作符重载的语言中有着代表性的应用. 如果你在这种语言中定义了一个对象,
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destructor:析构函数
的对象 [例4.1_1]完整商品类对象应用实例] 4.3.2 析构函数的定义 析构函数( 析构函数(destructor)特征: )特征: 当一个对象的生命周期结束时,C++会自动调用析构函 当一个对象的生命周期结束时,C++会自动调用析构函 会自动调用 destructor)对该对象并进行善后工作,
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if:条件函数
掌握公式复制过程中的三种引用(相对引用、绝对引用、混合引用),条件函数(IF)和函数套用方法;了解函数在表格中的应用. 掌握自动筛选数据的设置方法(筛选状态设置、单一以及多重条件筛选),创建多重筛选条件区的方法,
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lowercase:函数 将给定的字符串变为小写
loadstr 函数 从应用程序的可执行文件中装载字符资源 | lowercase 函数 将给定的字符串变为小写 | low 函数 返回参数的下限值
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singular function:奇异函数
的形式将f(x) 展开为奇异函数(Singular function)的方法可以对上式进行求解,并可以进一步描述溶剂化电子空间分布函数最基本的两个参数:分布函数的一阶矩(First moment)和二阶矩(Second moment)此法主要被应用于研究溶剂化电子的运动规律,
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singular function:异函数
的形式将f(x) 展开为奇异函数(Singular function)的方法可以对上式进行求解,并可以进一步描述溶剂化电子空间分布函数最基本的两个参数:分布函数的一阶矩(First moment)和二阶矩(Second moment)此法主要被应用于研究溶剂化电子的运动规律,