搜索资源列表
解线性的迭代法
- 这是计算方法中用的解线性方程的迭代法，具有很强的实用性！-This is the calculation method used for solving linear equations of the iterative method, and has a strong practical!
jiefangchengju
- 求解方程组。输入方程组的系数距阵，程序先判断是否有解，有解输出解向量。-solving equations. The importation of the equation coefficient matrix procedure first determine whether explicit, explicit solution vector output.
预测
- 数据预测算法，主要是一元n次方程的回归预测实现。* 预测分析--本算法只适用于有明显线性趋势的数据 * 默认为一元二次曲线方程法 * * 本程序主要涉及有两个算法 * 1．用最小二乘原理找到线性方程组的系数和常数。 * 2．解线性方程组 * 本程序在解线性方程组中，由于考虑到收敛性问题未采用迭代法，而是采用Gauss-Jordan消去法来解决。-data prediction algorithm is mainly one yuan n equation forecast to achieve
高斯-赛德尔迭代法解线性方程组的C++程序
- 这是高斯-赛德尔迭代法解线性方程组的C++程序，适合程序设计初学者和大学生课程设计-This is the Gauss- Seidel iterative method for solving linear equations of the C++ program, designed for beginners and students of the program curriculum design
yiyuanxishuduoxiangshi
- 这是一个一元稀疏多项式计算器 能够实现多项式的输出 降幂 还有加法 减法 乘法功能 除此之外还有能够对不同阶数的线性方程组求解 对于无解时会提醒。此程序供大家参考。-This is a one yuan sparse polynomial calculator can realize the output power and down polynomial function besides addition and subtraction method to different order nu
niudunchazhi
- 数据结构，牛顿插值法。通过牛顿插值法求解方程-Data structure, Newton interpolation. Solving equations using the Newton interpolation
Longest_shortest_route
- 1． 在程序运行过程中首先根据目标函数和等式约束条件写出拉格朗日函数，确定出新的目标函数的维数和系数，并输入到程序中从而得出结果。在本程序中，用到了列主元高斯消元法求解方程组。-1. First, the program is running according to the objective function and equality constraints to write the Lagrangian function, to determine a new dimension and
Lagrange_multiplier_method
- 1． 在程序运行过程中首先根据目标函数和等式约束条件写出拉格朗日函数，确定出新的目标函数的维数和系数，并输入到程序中从而得出结果。在本程序中，用到了列主元高斯消元法求解方程组。-1. First, the program is running according to the objective function and equality constraints to write the Lagrangian function, to determine a new dimension and
differentialequation
- 常微分方程的数值解法，即用欧拉法求解常微分方程的源代码，C语言-The numerical solution of ordinary differential equations, namely, Euler' s method for solving ordinary differential equations with the source code, C language
ACM_code
- ACM常用算法，内容涵盖了如快速傅里叶变换，求排列组合数，判断图形是凸集还是凹集，求解模线性方程，求最小生成树等算法-ACM commonly used algorithms, covering, such as fast Fourier transform, find the number of permutations and combinations to determine the graph is convex or concave set of linear equations so
LECalculator
- 求解线性方程算法，vs下以调通，可以运行测试-Algorithm for solving linear equations, vs the next to bring up the pass, you can run the test
gose
- 这是一共用高斯消元法实现的解方程的程序，时间复杂度为o(n^3)-This is a common Gaussian elimination procedure for solving equations to achieve the time complexity is o (n ^ 3)
Overdetermined-equations
- 求解超定方程的一个C语言程序算法稳定性高-Overdetermined equation solving a C language program algorithm stability
gaosi
- 高斯约旦法求解矩阵逆，用来求解多元线性方程组，在求解最小二乘时常常使用-Solving matrix inverse Gaussian Jordan and France, used to solve multiple linear equations, least-squares solution often used in
C-program
- 6个C语言源代码，有大小排序，素数查找，解方程，冒泡排序等-6 C language source code, size sorting, prime numbers to find, solving equations, bubble sort
solutions
- 各种常见的解方程组方法：Cholesky分解法解方程组、LU分解线性方程组、高斯消去法解方程组、列主元解线性方程组、雅可比迭代解线性方程组-Common solution of equations: the Cholesky decomposition of equations, LU decomposition of linear equations, Gaussian elimination method for solving equations, column element for s
chengfahanshufa
- 惩罚函数法法，用于求解二维非线性方程的根，收敛速度快-Roots, convergence speed penalty function method method for solving the two-dimensional nonlinear equations
lkkt
- 龙格库塔法求解常微分方程组，经典算法，值得分享-Runge-Kutta method for solving ordinary differential equations
Gauss
- 高斯消元法求解方程组。能够大大缩减复杂度，并且提升准确度。-Gaussian elimination method for solving equations. It can greatly reduce the complexity and enhance accuracy.
diedaijiefangchengzu
- 矩阵三角分解法解方程 雅可比迭代法、高斯赛德尔迭代法、SOR迭代法解线性方程组。(Matrix triangulation method for solving equations Jacobi iterative method, Gauss Seidel iteration method and SOR iterative method are used to solve linear equations.)