线性代数

词组短语

linear algebra

与线性代数相关的网络例句 [注：此内容来源于网络，仅供参考]

Linear Algebra is mainly a subject which studies the linear structure of finite dimensional linear space and its linear transformation while linear concept is in itself from the old Euclid Geometry. The concept of "Linear Space" is a kind of algebraic abstract. In many fields of modern engineering project and technology, because of the influence of computer and graph showing, the algebraic disposal of geometric questions, the visual disposal of algebraic questions, algebra and geometry are tightly combined.

线性代数主要是研究有限维线性空间及其线性变换这一代数结构的学科，而线性概念究其根源则是来自古老的Euclid几何，线性空间概念是几何空间的一种代数抽象，在现代工程技术的许多领域里，由于计算机及图形显示的强大威力，几何问题的代数化处理，代数问题的可视化处理，把代数与几何更加紧密地结合在一起。

In conclusion, all our results further enrich, develop and perfect the theoretical system of the algebraic multigrid method.

代数多重网格方法是根据一般多重网格方法的原理建立起来的一种自动求解线性代数方程组的快速算法，它采用分层思想通过一种纯代数的多水平方法处理矩阵方程，特别是二维或三维大规模无结构方程组。

Linear space and linear transformation, as well as the associated matrix theory, linear algebra is a central element.

线性空间与线性变换，以及与此相联系的矩阵理论，是线性代数的中心内容。

The elementary transformation matrix throughout the linear algebra theory has, it makes some of the problems of linear algebra, become more simple, makes it easier to understand, so elementary transformation in the role of linear algebra is very important.

标签：论文摘要，翻译，论文矩阵的初等变换贯穿于整个线性代数理论的始终，它使线性代数里的一些问题变的更加简单，使人更容易理解，所以初等变换在线性代数中作用十分重要。

Now the university to open higher algebra, general consists of two parts: a preliminary linear algebra, algebra polynomials.

现在大学里开设的高等代数，一般包括两部分：线性代数初步、多项式代数。

One points at a sequence of one sparse linear algebra system of equation ,utilizing frequent treatment sparse matrix data structure at present that is according to the competent store structure, design the law of conjugation gradient method which solves the equation group of the sparse linear algebra of asking analyses the complexity of calculating.

第一部分针对一类稀疏线性代数方程组，利用目前国际上使用比较频繁的处理稀疏矩阵的按行稀疏存储结构，设计了求解稀疏线性代数方程组的共轭梯度法，并分析计算复杂度。

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。

Linear Algebra deals with the fundamental knowledge of linear algebra and its application in economic management.

线性代数讲授线性代数的基础知识及其经济中的应用。

The course will introduce the basic theory of Linear Algebra including linear equations, Matrix theory and vector space concept. Eigenvalues and eigenvectors are used for describing the characteristics of the system. A set of orthogonal basis vectors represent the vector components and transformation characteristics.

线性代数是利用向量与矩阵特性，解决任何以线性方程式描述之系统，譬如电路系统、通讯系统、控制系统；藉由线性代数之特征值与特征向量，更能深入了解系统之内涵；藉由线性代数正交基底，则能深入了解向量讯号之组成与其转换特性。

Tensor of the dual space and in the "Linear Algebra"(version 2) At the same time to explain, which is "Linear Algebra"(version 2) is a major feature.

对偶空间和张量在《线性代数》(第2版)同时讲解，这也是《线性代数》(第2版)的一大特色。

与线性代数相关的网络解释 [注：此内容来源于网络，仅供参考]

Linear Algebra：线性代数

>(Linear Algebra)是教育部工科数学教学指导委员会列出的重点基础理论课之一,线性代数起源于欧氏几何、线性方程组理论、解析几何. 例如,线性方程组的系数和常数项按其顺序排列就得到矩阵,齐次线性方程组的解在加法和数乘下是封闭的,

linear algebraic group：线性代数群

线性代数|linear algebra | 线性代数群|linear algebraic group | 线性等价|linearly equivalence

Linear Algebraic System：线性代数方程组

隐式代数曲线:implicit algebraic curve | 线性代数方程组:Linear Algebraic System | 代数平方根:algebraic square root.

Linear Algebra Differential Equation：线性代数微分方程

线性代数 Linear Algebra | 线性代数微分方程 Linear Algebra Differential Equation | 线性规划 Linear Programming

Linear Algebra and Differential Equation：线性代数微分方程

线性代数 Linear Algebra | 线性代数微分方程 Linear Algebra and Differential Equation | 线性规划 Linear Programming

Linear Algebra & Differential Equation：线性代数微分方程

制冷技术 Refrigeration Technique | 线性代数微分方程 Linear Algebra & Differential Equation | 计算方法与算法语言 Computational Method & Algorithmic Language

Linear Algebra %26amp; Differential Equation：线性代数微分方程

1986. 制冷技术 Refrigeration Technique | 1987. 线性代数微分方程 Linear Algebra %26amp; Differential Equation | 1988. 计算方法与算法语言 Computational Method %26amp; Algorithmic Language

Numerical Linear Algebra：数值线性代数

数值计算方法 Numerical Computing Methods | 数值线性代数 Numerical Linear Algebra | 数字集成系统设计 Design of Digital Integrated System

topological linear algebra：拓扑线性代数

12215,"topological invariant","拓扑不变量" | 12216,"topological linear algebra","拓扑线性代数" | 12217,"topological linear space","拓扑线性空间"

Linear Algebra, Fall：线性代数

18.04 复变量及其应用 Complex Variables with Applications Fall 1999 | 18.06 线性代数 Linear Algebra, Fall 2002 | 18.06 线性代数 Linear Algebra Spring 2005