Chebyshev级数,Chebyshev series英语短句,例句大全

Chebyshev级数,Chebyshev series
1)Chebyshev seriesChebyshev级数
2)Chebyshev-Fourier seriesChebyshev-Fourier级数
1.In this paper we construct a new operator Hn,r(f;x) through the partial sums S(α,β)n(f;x) of Chebyshev-Fourier series.利用Chebyshev-Fourier级数的部分和S(nα,β)(f;x),通过线性组合的方法构造了一个新的算子Hn,r(f;x),该算子对于区间[-1,1]上的任意连续函数f(x)都一致收敛,并且对f(x)∈C[J-1,1],0≤j≤r(其中r为任意的奇自然数)其逼近阶达到最佳。
2.This paper gives the estimates of the approximation of the Fejér sum of Chebyshev-Fourier series for the ω-type monotomic functions.文章给出Chebyshev-Fourier级数Fejér和对ω-型单调函数的逼近估计。

英文短句/例句

1.Approximation of the Fejér Sum of Chebyshev-fourier Series for the ω-type Monotomic Functions;Chebyshev-Fourier级数Fejér和逼近ω-型单调函数
2.A Note on Fourier-Denjoy Series;关于Fourier-Denjoy级数的注记
3.On the uniqueness of the expansion of Fourier series function;函数Fourier级数展开式的惟一性
4.On Problems of Fourier Series Expansion Of The Function;关于函数的Fourier级数系统展开方法
5.Geometrical Explication of Fourier Series about a Function;函数展开成Fourier级数的几何解释
6.Three Types of the Fourier Series of the Function in Teachings;函数的Fourier级数展开式的三种教学类型
7.FRFS Expansion and Its Characters Analysis分数阶Fourier级数展开及相关性质研究
8.APPROXIMATION OF VALLE POUSSIN MEANS FOR FOURIER-LAPLACE SERIESFourier-Laplace级数的Valle Poussin平均逼近
9.Degree of Approximation to Functions of Bounded Variation by Partial Sum of Tchebycheff-Fourier Series;有界变差函数的Tchebycheff-Fourier级数的部分和的逼近度
10.Numerical Analysis of the Electromagnetic Pulse Coupling through Apertures Using Fourier Series基于Fourier级数的电磁脉冲孔耦合数值分析
11.FrFS Expansion of Time Finite Signals and Convergence Analyses时域有限信号的分数阶Fourier级数展开与收敛分析
12.An Algorithm of Phase Difference Measurement Based on Fourier Series with Application in Detection of MOA基于Fourier级数的相位差算法在MOA检测中的应用
13.On the Best Chebyshev Exponential Approximation;函数的最佳Chebyshev指数逼近
14.To count the infinite integral of continus integral calculus used expansion in Fourier series;利用Fourier级数展开式计算一个连续无界函数的无穷积分
15.Solving time-varying periodic coefficient Riccati differential equations via Fourier series and precise integration method基于Fourier级数的时变周期系数Riccati微分方程精细积分
16.Fourier-Stieltjes Algebra and Its PropertiesFourier-Stieltjes代数及其性质
17.A DIGITAL WATERMARKING BASED ONCHEBYSHEV CHAOTIC SEQUENCE;一种基于Chebyshev混沌序列的数字水印
18.Identification of Distributed-parameter Systems via Chebyshev Wavelets基于Chebyshev小波的分布参数系统辨识

相关短句/例句

Chebyshev-Fourier seriesChebyshev-Fourier级数
1.In this paper we construct a new operator Hn,r(f;x) through the partial sums S(α,β)n(f;x) of Chebyshev-Fourier series.利用Chebyshev-Fourier级数的部分和S(nα,β)(f;x),通过线性组合的方法构造了一个新的算子Hn,r(f;x),该算子对于区间[-1,1]上的任意连续函数f(x)都一致收敛,并且对f(x)∈C[J-1,1],0≤j≤r(其中r为任意的奇自然数)其逼近阶达到最佳。
2.This paper gives the estimates of the approximation of the Fejér sum of Chebyshev-Fourier series for the ω-type monotomic functions.文章给出Chebyshev-Fourier级数Fejér和对ω-型单调函数的逼近估计。
3)second Chebyshev-Fourier series第二类Chebyshev-Fourier级数
1.A theorem on estimate of pointwise approximation of bounded variation functions defined on by the partial sums of the second Chebyshev-Fourier series is obtained,and this theorem to monotonic type continuous functions is applied.得到了第二类Chebyshev-Fourier级数部分和对[-1,1]上有界变差函数点态逼近估计的一个定理,并把这个定理应用于单调型连续函数。
4)Chebyshev windowsChebyshev窗函数
5)Chebyshev basis functionChebyshev基函数
1.Then fuzzy neural networks model and learning algorithm based on Chebyshev basis functions to be used as its membership functions were proposed for nonlinear system identification.然后提出了一种用于复杂非线性系统辨识的基于Chebyshev基函数的模糊神经网络模型和学习算法。
2.This paper presents an algorithm on the fuzzy neural network for the Chebyshev basis function to be used as its membership function.将模糊控制与神经网络相结合，用神经网络来实现模糊推理，提出了一种以Chebyshev基函数为隶属函数的模糊神经网络。
6)general Chebyshev function广义Chebyshev函数
1.A novel method to determine the general Chebyshev filter degree and transmission zeros at the same time is proposed according to the extreme characteristic of the general Chebyshev function and the relationship between the filter degree and the number of transmission zeros.本文利用广义Chebyshev函数的极值特性以及滤波器阶数与传输零点最大值的关系,提出了一种根据滤波器特性指标同时确定广义Chebyshev滤波器的阶数和传输零点位置的方法,弥补了传统方法中传输零点确定的人为随意性,在满足技术指标条件下,实现了广义Chebyshev滤波器阶数最少,传输零点位置最佳。