查询词典 iterative method for eigenvalue problems

This course offers advanced topics for students who have learned ordinary differential equations. The course includes linear algebra which has topics as matrices, linear systems of equations, eigenvalue problems, vector differential and integral calculus. Fourier series, orthogonal functions, Fourier transforms and partial differential equations will also be introduced.

本课程为提供已有常微分方程式基础的同学修习，内容包括线性代数，矩阵运算，特徵值问题，向量的微分与积分，一阶线性微分方程组，傅力叶级数和正交函数，傅力叶转换，并将对椭圆，抛物线，双曲线型式的偏微分方程式作概略介绍。

This course offers advanced topics for students who have learned ordinary differential equations. The course includes linear algebra which has topics as matrices, linear systems of equations, eigenvalue problems, vector differential and integral calculus. Fourier series, orthogonal functions, Fourier

本课程为提供已有常微分方程式基础的同学修习、内容包括线性代数、矩阵运算、特徵值问题、向量的微分与积分、一阶线性微分方程组、傅力叶级数和正交函数、傅力叶转换、并将对椭圆、抛物线、双曲线型式的偏微分方程式作概略介绍。

Certain sections of the eigenvalue problem discussed in particular and Stokes problems.

某些章节特别讨论了特征值问题和斯托克斯问题。

In this paper, two kinds of structure inverse eigenvalue problems are discussed.

本文主要讨论了两类结构矩阵的逆特征值问题。

In this dissertation, we mainly discussed inverse eigenvalue problems for Jacobi matrices.

本论文主要讨论的是Jacobi矩阵的特征值反问题。

Two inverse eigenvalue problems of a special kind of matrices A are discussed in this paper.

讨论一类具有特殊形式的矩阵A的两类逆特征值问题。

Therefore, the reliable and efficient numerical methods for large scale gyroscopic eigenvalue problems are of theoretical and practical value.

所以，研究陀螺特征值问题的求解方法具有重要的理论意义和实用价值。

The conditions for the solvability of generalized inverse eigenvalue problems of positive definite matrixes are discussed.

讨论了正定矩阵广义特征值反问题解存在的条件，给出了求解的算法和数值例子。

And then it accomplishes the solution of the generalized eigenvalue problems by multi-grid iteration procedure.

然后由多重网格迭代过程实现对结构广义特征值问题的求解。

Content of the course consists of:(1)Basic Theories of Polynomials ;(2)Linear Algebra: topics on basic matrix theory, determinant, system of linear equations, vector space, linear transformation, eigenvalue problems, inner product and Euclidean space , and quadratic form etc.;(3) Analytic Geometry: topics on algebraic operations of vectors, coordinates, lines and planes, curves and curved surfaces, etc.

学习本课程后，学生应学会用线性空间与线性变换的观点处理包括线性代数方程组在内的有关理论与实际问题；学会熟练地运用矩阵工具；本课程还学习基本的多项式知识和空间解析几何的基本知识。课程内容包括几个主要部分：（1）多项式代数；（2）线性代数：矩阵，行列式，线性代数方程组，向量空间与线性变换理论，特征值问题，欧氏空间理论，二次型等；（3）解析几何：几何空间向量代数，通过建立坐标系以及借助向量方法研究空间平面与直线及点﹑线﹑面的相互关系，借助曲面方程研究空间曲面，尤其是柱面，锥面，旋转面和二次曲面以及曲面的交线等。

The two-acre Dunbar Community Garden in Little Rock has served as a model for several years.

几年来，坐落于小石城，占地两英亩的邓巴社区菜园树立了一个标杆。

Jerry points to the jacket hanging in the bathroom. It's ruined, and unwearable What?

杰瑞指着洗手间里挂着的夹克，毁了，不能穿了）什么？