1.
Analysis on the Importance of matrix of a linear transformation in linear algebra;
浅议线性代数学习中矩阵初等行变换的重要性——初等变换开启线性代数的钥匙
2.
An Elementary Transformation Method for Computing the Generalized Inverse of Matrix;
求λ-矩阵广义逆矩阵的初等变换法
3.
Calculating Inverse Matrix of Partitioned Matrix with Generized Elementary Transformation;
用“广义初等变换”求分块矩阵的逆矩阵
4.
Calculated conciliate of vector and transition matrix in matrix space by elementary transformation of rows;
用行初等变换求矩阵空间中向量的坐标及过渡矩阵
5.
Solving a Kind of Multiplication of Matrix by Elementary Operation;
利用矩阵的初等变换求一类矩阵的乘积
6.
Mathematics Experiment on Matrix s Primary Transformation Based on MATLAB;
MATLAB平台上矩阵初等变换的数学实验
7.
Decomposing a Matrix into a Product of Two Full Rank Matrices:an Application of Elementary Matrix Operations
初等变换的一个应用:矩阵的满秩分解
8.
Applying Matrix Elementary Transformation for Inverse of Matrix Polynomial
初等变换在矩阵多项式求逆中的应用
9.
A Solution on General Inverse Matrix
求矩阵广义逆的另一种初等变换方法
10.
Re-discussing Applications of Elementary Transformation in Matrix computation;
再谈初等变换法在矩阵计算中的应用(英文)
11.
Applications of Elementary Transformation of Matrix in Linear Algebra;
矩阵的初等变换在线性代数中的一些应用
12.
A Note on the Paper On the Relationship of Elementary Transformations and the Decompositions of Invertible Matrix;
关于《初等变换的关系及可逆矩阵的分解》的注记
13.
Eigenvlue of A Matrix and Eigenvector of Matrix from Elementary Operation on Matrix;
矩阵的初等变换法求特征值及特征向量
14.
Elementary Transformation Proof of Matrix Order Three-in-one Theorem;
关于矩阵秩三合一定理的初等变换证明
15.
SEARCH OUT THE GREATEST COMMON DIVISOR OF A GROUP OF INTEGERS AND ITS COMBINATION BY MATRIX ELEMENTARY OPERATIONS;
用矩阵初等变换求最大公因数及组合的方法
16.
Non-numerical Modeling of Elementary Transformations of Matrix and Model's Application Research
矩阵初等变换的非数值建模及应用研究
17.
This paper gives a method that through elementary transformming the row of the matrix, the greatest common factor of the Euclidean Ring＇ s factors can be found.
给出了利用矩阵的初等行变换求欧氏环中多个元素的最大公因子的方法。
18.
The theory of the imaginary part matrix of the complex matrix is put into two vector product sum by using the elementary transformation of the matrix of unchanging the matrix rank.
将复数矩阵的虚部矩阵应用矩阵的初等变换不改变其秩的理论,分解成两个向量乘积之和分解式。