搜索资源列表
precise
- 精细积分Fortran90程序，用于非可逆H阵计算，求解一阶常微分方程组。-precise integration Fortran90 procedures for non-reversible H RUF, for a band of ordinary differential equations.
On-Line_MCMC_Bayesian_Model_Selection
- This demo nstrates how to use the sequential Monte Carlo algorithm with reversible jump MCMC steps to perform model selection in neural networks. We treat both the model dimension (number of neurons) and model parameters as unknowns. The derivation a
Reversible_Jump_MCMC_Bayesian_Model_Selection
- This demo nstrates the use of the reversible jump MCMC algorithm for neural networks. It uses a hierarchical full Bayesian model for neural networks. This model treats the model dimension (number of neurons), model parameters, regularisation paramete
matrix_calkulate
- 由于计算机的整型数运算存在截断误差，所以，一般的整型数运算都是不可逆的，本程序开发了一种新算法可实现矩阵整数可逆变换-As the computer operator integer truncation error exists, therefore, the general integer operations are not reversible, this program has developed a new algorithm for integer invertible trans
Inv
- 计算任意一个阶数的矩阵求逆，当矩阵可逆的时候，返回值是1和其逆矩阵，否则仅仅返回0-Calculating an arbitrary order of the matrix inversion, when the matrix is reversible when the return value is a matrix and its inverse, otherwise just return 0
gao-si-xiao-yuan-fa
- 是线性代数中的一个算法，可用来为线性方程组求解，求出矩阵的秩，以及求出可逆方阵的逆矩阵。当用于一个矩阵时，高斯消元法会产生出一个“行梯阵式”。高斯消元法可以用在电脑中来解决数千条等式及未知数。不过，如果有过百万条等式时，这个算法会十分费时。一些极大的方程组通常会用迭代法来解决。亦有一些方法特地用来解决一些有特别排列的系数的方程组。-A linear algebra algorithms can be used to solve linear equations, matrices obtaine
2013082711183910
- 对于由n个未知数，n个方程组成的组多元一次方程组： a11X1+a12X2+．．．+a1nXn = b1 a21X1+a22X2+．．．+a2nXn = b2 ．．．．．． an1X1+an2X2+．．．+annXn = bn 写成矩阵形式为Ax=b，其中A为系数n*n方阵，x为n个变量构成列向量，b为n个常数项构成列向量。当它的系数矩阵可逆，或者说对应的行列式|A|不等于0的时候，由Ax=b可得：x=b*A-1 ，A-1为A的逆矩阵。-For the group consi
Preisach-model
- matlab实现Preisach模型，画出Everett函数以及Preisach平面-- approximate measured hysteresis loops - simulate arbitrary minor hysteresis loops - plot the Preisach function, the Everett function, the reversible component
LU Matrix Factorization
- 使用C语言在xilinx 平台上实现N阶可逆矩阵分解(The realization of N order reversible matrix decomposition on the Xilinx platform using C language)