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qiuni
- 求解一个矩阵的逆矩阵过程,是一个矩阵的化简过程
inverseofmatrix
- 采用matlab求解矩阵的逆.本程序采用完全的c语言格式在matlab平台下编制
matrix
- 应用vc++编辑矩阵的各种运算,矩阵的加法,矩阵的乘法,矩阵的转置,求逆
MATLAB.rar
- 自己现在在做的论文用到灰度共生矩阵,找了好久都没找到很好用的,所以自己就编了个,不很完美,但绝对可用,已经实现过。包括灰度共生矩阵的生成以及一些特征参数。f1,二阶距。f2,对比度。f3,相关。f5,逆差距。f6,和平均。f7,和方差。f9,差平均。f10,差方差。请不吝赐教。,Now do their own papers in the gray co-occurrence matrix used to find for a long time to find no good use, so
matrix_convert_cPP
- 用c++语言来写的求矩阵的逆,比MATLAB来说,略显的有一点复杂-With c++ language to write the inverse matrix of demand than MATLAB, the bit' s a little complicated
3
- 单想空间后方交会,里面包括旋转矩阵的运算,求逆,转置等-One would like to space resection
houfangjiaohui
- 摄影测量单片空间后方交会,包括矩阵的转稚、求逆、相乘-sheyingceliangkongjiaohoujiao
juzhenqiuni
- 首先根据程序的要求输入相应的矩阵,然后就会得到相应的逆-First, the requirements under the program enter the appropriate matrix, and then get the corresponding inverse
Matrixes
- 包含矩阵和行列式各种操作的程序,有main测试函数和功能头文件。功能包括矩阵的加、乘运算,行列式求值,矩阵求逆,求秩-Various operations including matrix and the determinant of the procedures, test the functions and features main header file. Features include matrix addition, multiplication operator, determi
Gauss_Jordan_law_of_inverse_matrix
- Gauss_Jordan法求逆矩阵的VC++程序-Gauss_Jordan law of inverse matrix to VC++ program
rinv
- 用C++语言实现求一般矩阵的逆。方法为高斯约当法。-C++ language by Finding the inverse matrix. Methods for the Gauss Jordan method.
matrix
- 矩阵类的设计: 包括输入矩阵的行数和列数,各个元素 <2>求矩阵的相乘 <3>求矩阵的相加 <4>求矩阵的相减 <5>求矩阵的转置 <6>求矩阵的赋值 <7>求矩阵的行列式 <8>求矩阵的迹 <9>求矩阵的逆 <10>判断矩阵是否对称 -to calculate matrix
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- 矩阵求秩,矩阵的反运算,矩阵的可逆矩阵,矩阵的加减乘除-Rank matrix, the matrix is logically, invertible matrix, matrix addition and subtraction, multiplication and division
Delphi_Matrix_inv
- 矩阵求逆的delphi实现,值得参考 编程简单高效率-matrix inv delphi codes ok good performance
nnpg
- 实现在矩阵的大多数运算,例如加减乘除等,求逆,求转置等()
hividepurposes
- 用c写的对矩阵求逆的算法,采用直接迭代,适合2阶和3阶矩阵()
03706747
- 一个关于处理矩阵求逆的代码,希望对大家有帮助()
rluw
- 实现在矩阵的大多数运算,例如加减乘除等,求逆,求转置等()
acquime-prototypes
- 求解一个矩阵的逆矩阵过程,是一个矩阵的化简过程()
矩阵求逆的几种方法总结
- 列举了几种对矩阵进行求逆的方法,用于之后的间接采样。(Several methods for inverting the matrix are listed for subsequent indirect sampling.)