1.
The Anti-symmetric Orthogonal Anti-Symmetric Solutions of Matric Equation on the Linear Manifoid
线性流形上反对称正交反对称矩阵反问题的最小二乘解
2.
Least-square Solutions of Inverse Problem for Symmetric Orthogonal Matrices;
对称正交对称矩阵反问题的最小二乘解
3.
Common Standard Form of Symmetry Matrix and Asymmetry Mabrix;
对称矩阵与反对称矩阵的合同标准形
4.
Least-squares Solution for Inverse Problem of Generalized Symmetric and Self-orthogonal Similar Matrix
广义对称自正交相似矩阵反问题的最小二乘解
5.
Weighted Least Square Solution of Symmetric Orthogonal Anti- symmetric Matrix on the Linear Manifold
线性流形上对称正交反对称矩阵的加权最小二乘解
6.
Some properties of adjoint matrix are discussed. The properties are symmetry, antisymmetry, positive definite, positive semi-definite, orthogonal and characteristic value.
讨论了伴随矩阵在对称、反对称、正定、半正定、正交、相似和特徵值等方面的性质。
7.
Least-square Solutions of Inverse Problem for Symmetric and Skew Anti-symmetric Matrices;
对称次反对称矩阵反问题的最小二乘解
8.
Least-Squares Solutions of Inverse Problems for W-Para-Anti-Symmetric Matrices
W准反对称矩阵反问题的最小二乘解
9.
Least-Square Solutions of Inverse Problems for Positive Semidefinite and Bisymmetric Matrices;
一类半正定双对称矩阵反问题的最小二乘解
10.
An Inverse Problem for Symmetric Matrices in Structural Dynamic Model Updating
结构动力模型修正中的一类对称矩阵反问题
11.
On the Diagonalization of Real Anti-Symmetric Matrix;
关于实反对称矩阵对角化问题的讨论
12.
Orthogonal Diagonal Decomposition and Moore-Penrose Inverses of o-Symmetrix Matrix
o-对称矩阵的正交对角分解及Moore-Penrose逆
13.
On The Generalized Bisymmetric And Generalized Anti-BisymmetriC Solutions of a Matrix Equation;
一类矩阵方程的广义双对称与广义双反对称解
14.
An Iterative Method for the Symmetric Ortho-symmetric Solutions of a Class of Matrix Equation
一类矩阵方程的对称正交对称解的迭代法研究
15.
Symmetric Ortho-symmetric Least Square Solutions of One Kind of Matrix Equation
一类矩阵方程的对称正交对称最小二乘解
16.
The Minimum Frobenius Norm Symmetric Solution of an Inverse Problem for Matrix Equations;
矩阵方程反问题的极小Frobenius范数对称解
17.
Research on J-centrosymmetrices Matrix Equation Inverse Problem
J-中心对称矩阵方程反问题的研究
18.
The Anti-bisymmetric Matrices Optimal Approximation Solution of Matrix Equation AX=B
矩阵方程AX=B的双反对称最佳逼近解