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NLequationCalculator
- 4．1 非线性方程与方程组类设计 4．2 求非线性方程实根的对分法 4．3 求非线性方程一个实根的牛顿法 4．4 求非线性方程一个实根的埃特金迭代法 4．5 求非线性方程一个实根的连分式解法 4．6 求实系数代数方程全部根的QR方法 4．7 求实系数代数方程全部根的牛顿-下山法 4．8 求复系数代数方程全部根的牛顿-下山法 4．9 求非线性方程组一组实根的梯度法 4．10 求非线性方程组一组实根的拟牛顿法 4．11 求非线性方程组最小二
different123
- 三种方法求解微分代数方程：变量替换法、质量矩阵法、ODE15i法-Three methods of solving differential-algebraic equation: variable substitution, the quality matrix method, ODE15i law
more_sols
- 用于求解非线性代数方程的全部解的函数，提供给大家学习使用-solutions, available to everyone learning to use
ALDLE
- 高斯-赛德尔迭代法 用高斯-赛德尔迭代法求解系数矩阵具有主对角线占绝对优势的线性代数方程AX=B-Gauss- Seidel iterative method with Gauss- Seidel iterative method for solving the coefficient matrix has a dominant main diagonal linear algebraic equations AX = B
bisect
- 二分法的Matlab程序实现。求解非线性方程f(x)=0的问题。而方程f(x)是多项式或超越函数又分为代数方程或超越方程。-Dichotomy Matlab program. Solving nonlinear equations f (x) = 0 problems. The equation f (x) is a polynomial or a transcendental function is divided into algebraic equations or transcenden
regularization
- 正则化(regularization)，是指在线性代数理论中，不适定问题通常是由一组线性代数方程定义的，而且这组方程组通常来源于有着很大的条件数的不适定反问题。大条件数意味着舍入误差或其它误差会严重地影响问题的结果。-Regularization, in mathematics and statistics and particularly in the fields of machine learning and inverse problems, refers to a process of
Matlab-equation-solving
- matlab方程求解, PDETOOL求解二维偏微分问题 微分方程的数值计算 解代数方程-Matlab equation solving
PDMA
- 本程序为无对角矩阵代数方程的通用解法，可以方便的用于二维导热对流传热的数值求解。-This program is no universal solution to the diagonal matrix algebraic equations can be easily used for two-dimensional thermal convection in the numerical solution.
MATLAB_math_classic
- matlab求解数学问题的经典案例，包括插值与拟合，代数方程和微分方程的解法，优化问题-matlab classic case of mathematical problem solving, including interpolation and fitting solution of algebraic equations, and differential equations, optimization problems, etc.
FEM-for-PDE
- 用有限元方法解偏微分方程的算例。区域是[0,1]*[0,1]的正方形区域，区域剖分网格是标准正方形。区域剖分、节点计算、转化成代数方程求解，结果画图显示及txt结果输出，每一步都很详细。-Two-dimensional numerical example of using the finite element method for solving partial differential equations . Region is a [0,1]* [0,1] of the square reg
examp12_4_2
- 求解微分代数方程的应用代码，而且是隐微分方程，需要将其转化成矩阵形式-Application code for solving differential algebraic equations, and it is implicit differential equations, need to be translated into the form of matrix
DQRRT
- fortran实系数代数方程全部根的QR方法-All roots of a real coefficient algebra equation QR method
numerical-algorithm
- 源码中包括秦九昭算法、三次样条差值、代数方程的迭代求解等数值计算方法-Source code included Qinjiu Zhao numerical algorithm, cubic spline difference iterative method of solving algebraic equations, etc.
linear_algebraic_equations
- 用于数值分析线性代数方程求解的分解算法，包括Gauss-Seidel、Jacobi、SOR和Two-Step四种分解算法。-For linear algebraic equations solving in numerical analysis, including Gauss-Seidel, Jacobi, SOR and Two-Step algorithm realization.
obrit
- 利用代数方程求卫星的轨道，已知卫星的轨道根数-Orbital algebraic equation to the satellite' s orbit, known satellites
Newton-method
- 就是将非线性方程线性化的一种方法。它是解代数方程和超越方程的有效方法之一。-Is a method of linearization of nonlinear equations. It is one of the effective methods for solving algebraic equations and transcendental equations.
MATLABscientific-computation
- 该书通过具体实例，系统地介绍了MATLAB在数值计算、常用图形绘制、数据处理、微分与积分运算、代数方程与微分方程的求解、随机数据分析、符号运算和图形用户界面设计等方面的功能及其在科学计算中的具体应用。-The book through concrete examples, the system introduced in MATLAB numerical solving common graphics rendering, data processing, differential and in
LU
- 该程序用于使用追赶法求解线性代数方程中的三对角方程组(The program is used to solve the three diagonal equations in linear algebraic equations by using the chase method)
[MATLAB揭秘].David
- 本书使用简单易行的风格，一开始介绍了 MATLAB 基础， 你将学习到如何绘制图象，求解代数方程及计算积分，也将学 习到如何求解微分方程，求 ODE 的数值解，使用特殊函数工作。 本书含有几百个例子及其详细解说过程，章末带有习题，书末 还带终测试题目，一句话，本书给予你的是 MATLAB 精华。(his book uses a simple and easy style. It introduces the foundation of MATLAB at the beginning. You w
正则化
- 神经网络正则化样例;正则化(regularization)，是指在线性代数理论中，不适定问题通常是由一组线性代数方程定义的，而且这组方程组通常来源于有着很大的条件数的不适定反问题。(Regularization (regularization) means that in linear algebra theory, ill posed problems are usually defined by a set of linear algebraic equations, and this se