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xxfcz.rar
- 线性方程组求解的三个源程序.rar
LinearEquation
- 线性方程组求解模板,包括求解线性方程组的各种算法- System of linear equations solution template, including solution system of linear equations each algorithm
科学与工程数值计算算法配套源码java
- 清华大学2002年出版的《科学与工程数值计算算法Java》配套源码，包括复数计算、矩阵运算、插值计算、线性非线性方程组求解、数值积分、数值拟和与逼近等算法和类，对于科学和工程数值计算很有参考价值！-Qinghua University, in 2002 published "Science and engineering numerical algorithm Java" complementary source, includes the plural, matrix co
科学与工程数值计算算法配套源码vb
- 清华大学2002年出版的《科学与工程数值计算算法VB》配套源码，包括复数计算、矩阵运算、插值计算、线性非线性方程组求解、数值积分、数值拟和与逼近等算法和类，对于科学和工程数值计算很有参考价值！-Qinghua University, in 2002 published "Science and engineering numerical algorithm VB" complementary source, includes the plural, matrix comput
科学与工程数值计算算法配套源码vc++
- 清华大学2002年出版的《科学与工程数值计算算法VC＋＋》配套源码，包括复数计算、矩阵运算、插值计算、线性非线性方程组求解、数值积分、数值拟和与逼近等算法和类，对于科学和工程数值计算很有参考价值！-Qinghua University, in 2002 published "Science and engineering numerical algorithm VC + +" complementary source, includes the plural, matrix
高斯列主元消去法解线性方程组
- 高斯消去法是一个古老的求解线性方程组的方法，但它的改进、变形得到的主元素消去法仍然是计算机上常用的计算方法。-Gaussian Elimination is an ancient solving linear equations method, but it's improving, the deformation of the main elements elimination method is commonly used by computer calculation.
Gauss_Seidel法解方程组
- Gauss_Seidel法解方程组,对同一系数矩阵的方程组，只须变换一次系数矩阵，即可求不同常数向量的不同方程组，大大提高计算效率，且可求解任意元线形方程组-Gauss_Seidel Solving equations, the same coefficient matrix equations, only a transformation coefficient matrix can be different for the different constant vector equation
求解非线性方程组
- 求解定位方程组。并直接利用三元方程求出X,Y,Z时的误差子函数-positioning Solving equations. 3 yuan and the direct use of equations derived X, Y, Z of error Functions
mathexpr
- 数学实验课程教案，包括pi的计算、分形、混沌、方程组求解、住房贷款问题等-experimental mathematics curriculum lesson plans, including the calculation of pi, fractal and chaos, solving equations, housing loans, etc.
bin
- 亲测可用，程序简洁。可适用于绝大多数方程组求解。(Pro test is available and program is concise. It can be used to solve most equations.)
计算方程组-1
- 该程序可用来求解计算复杂的非线性方程组的解析解，对初学者有一定参考价值(The program can be used to solve the analytic solution of complex nonlinear equations, and has some reference value for beginners)
求解方程组方法
- 几种主要的求解方程组方法在MTLAB环境的实现(Implementation of several main solving equations in MTLAB environment)
PSO算法求解非线性方程组
- 使用pso粒子群算法求解非线性方程组，用c语言实现(PSO Particle Swarm Optimization (PSO) is used to solve nonlinear equations and is implemented in C language)
LU分解法求解线性方程组
- 用LU分解法，求解已知线性方程组的解，最多100阶(The solution of the known linear equations is solved by the LU decomposition method, with a maximum of 100 orders.)
预处理共轭梯度求解器
- 采用预处理的共轭梯度线性方程组求解方法，可以输入预处理矩阵。
MATLAB牛顿法求解非线性方程组
- MATLAB牛顿法求解非线性方程组，运用牛顿法对非线性方程组进行求解可得到数值解(MATLAB Newton method for solving nonlinear equations, using Newton method to solve nonlinear equations to obtain numerical solution.)
MATLAB求解非线性方程组 fsolve
- MATLAB求解非线性方程组 fsolve源程序代码(MATLAB to solve the nonlinear system fsolve source code.)
线性方程组求解
- 利用hermite标准形和满秩分解求矩阵广义逆，并且利用广义逆求解线性方程组，可以判断解的形式(Using Hermite canonical form and full rank decomposition to find the generalized inverse of a matrix, and using the generalized inverse to solve a system of linear equations, the form of the solution ca
最速下降法求解方程组
- 最速下降法就是梯度下降法,可以用于求解最小二乘问题(线性和非线性都可以)。可以说是求解机器算法的最古老、最经典的模型，另一种常用的方法是最小二乘法。(The steepest descent method is the gradient descent method, which can be used to solve the least squares problem (both linear and non-linear). It can be said that it is the ol
用matlab求解非线性方程组的几种方法之程序
- matlab编程 求解非线性方程和方程组的多种方法(Matlab programming for solving nonlinear equations and equations)