1.
Iterative Methods for Solving Linear Equations and Restricted Linear Equations Based on Splittings of Matrices;
基于矩阵分裂的线性方程组及约束线性方程组的迭代法
2.
block multiplication of matrices
矩阵的分块乘法;矩阵的分块乘法;矩阵分块乘法;矩阵分块乘法
3.
The Analysis on Convergence of the SAOR for One Type Matrix and Semiconvergence of the Second Quasi-nonnegative Splitting;
一类矩阵的SAOR迭代收敛性及第二型quasi非负分裂的半收敛性分析
4.
Some physical properties of the tearing pornt potential equation and the transformation matrix are demonstrated.
分裂点电位方程和转换矩阵的一些物理性质得到了论证。
5.
Idempotent - Hermite Matrix and Decomposition of Matrices;
幂等的Hemite矩阵与矩阵的分解
6.
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
7.
Conclusions of matrix order by using lump matrix;
利用分块矩阵讨论矩阵秩的几个结论
8.
The Representations for the Drazin Inverse of the Sum of Two Matrices and the Block Matrix
矩阵之和及分块矩阵的Drazin逆表达式
9.
Braces are used for the column matrices to distinguish them from rectangular matrices usually put in square brackets.
大括号用于列矩阵，以便使列矩阵与矩形矩阵区分开，矩形矩阵通常采用方括号。
10.
Gerschgorin Variations of Partitioned Matrices;
分块矩阵的Gerschgorin变分
11.
singular value decomposition of image matrix
影像矩阵的奇异值分解
12.
matrix spectrophotometry
矩阵换算分光光度法
13.
elasto-plastic matrix displacement analysis
弹塑性矩阵位移分析
14.
These are matrices that may be partitioned.
这是一些能分割的矩阵。
15.
The approach to get the decomposition of the Kronecker product of matrix;
求矩阵Kronecker积分解的方法
16.
As for the size of the rectangular array , under the same condi- tions, the resolution power of a 128X 128 array is better than that of a 64 X 64 array.
讨论； 就矩阵大小而言，128×128矩阵采集分辨能力优于64×64矩阵。
17.
Finding the Inversion of Rational Fraction Matrix by Cayley-Hamilton Theorem Directly
用Cayley-Hamilton定理直接求有理分式矩阵的逆矩阵
18.
The Fast Triangular Factorization Algorithms of Special Matrices and Their Inversion;
特殊矩阵类及其逆矩阵的快速三角分解算法