搜索资源列表
DrawTrajbushishizhilianxu
- 时滞微分方程数值模拟与仿真，用于种群模型、传染病模型图像拟合-The Delay Differential Numerical Modeling and Simulation for the population model, the infectious disease model image fitting
finitedifference
- 用有限差分的方法解微分方程，并给出了一个实例，用的时候可以直接套用。-The finite difference method for solving differential equations, and gives an example, the time can be directly applied.
newton
- 用牛顿迭代法来解微分方程，并给出了实例，用的时候可以直接替换-Newton iterative method for solving differential equations, and gives an example with a direct replacement
RK
- 用经典四阶龙格库塔法解一阶线性微分方程。-This program is to solve the initial value problem of following system
numerical-solutions-for-ODEs
- 常微分方程数值解欧拉算法、梯形公式、亚当-numerical solutions for ODEs
grid
- 给定边界在内部用椭圆型微分方程画网格的程序，包括问题简介和分析和结果，以及源代码，采用了简单迭代，g-s迭代，aid方法等-Given boundary in the internal with elliptic differential painting grid program, including Introduction to the problem and the analysis and results, as well as source code, using a simple
2013.6.1
- 通过ODE23解二阶微分方程的分岔图程序-By ODE23 bifurcation diagram of second order differential equations solution program
Solving-equations
- matlab线性方程组求解,非线性方程数值求解, 常微分方程初值问题的数值解法-matlab linear equations, numerical solution of nonlinear equations, ordinary differential equations numerical solution of initial value problem
rkt
- 解高阶齐次微分方程，这是一个泡泡的物理模型的方程表达。-Xie order homogeneous differential equation, which is a bubble equations expressing the physical model.
tworder
- 使用四阶龙哥库塔法解二阶微分方程，使用c语言编写-Using the fourth-order Runge Ge Kuta method for solving second-order differential equations, using c language
123
- 用欧拉法求解微分方程，及用四阶库塔龙格法求解微分方程-Euler method for solving differential equations, and fourth-order Runge-Kutta method to solve differential equations
RungeP-PKutta
- 第六阶Runge+-+Kutta微分方程-Sixth-order differential equation ........... Runge+-+Kutta
Adams
- Adams解常微分方程的源代码，可直接运行-Adams, solution of ordinary differential equation of the source code, can be directly run
fftpoi_rand
- 运用快速傅里叶变换方法求解偏微分方程（二维泊松方程） 为随机输入-Using fast Fourier transform method for solving partial differential equations (two-dimensional Poisson equation) for the random input
finite-elment
- 利用有限元法-三角形元，双线性元，双二次元，serendipity元离散，求解偏微分方程数值解-Using the finite element method- triangular elements, bilinear million, double the second element, serendipity element discretization for solving partial differential equations
NumAlgFor77
- 这是一个标准数值计算的Fortran77案例程序，虽然没有高深而专门的算法，但对一些常用的算法，如矩阵计算，插值，拟合，数值微分和积分，非线性方程求根，函数极值，常微分和偏微分方程的求解等给出了案例式的的解法，有助于数值方法初学者入门或老用户常规调用，也可以作为子例子程序调用。-This is a standard numerical Fortran77 procedures in case, though not profound and specialized algorithms, but
a
- 矩阵与数值分析：高斯法，高斯列主元法，G_S迭代，牛顿法，jacobi迭代法，G-S迭代法 ，牛顿法求根，三次样条插值，多项式拟合，复化Simpson方法，复化梯形方法，n=3的Gauss_Lengendre公式，4阶Runge-Kutta法求解微分方程-Matrix and numerical analysis: Gauss method out PCA Gaussian law, G_S iteration, Newton' s method, jacobi iterative m
The-MATLAB-equation
- MATLAB解方程与函数极值、线性方程组求解、非线性方程数值求解、常微分方程初值问题的数值解法、函数极值。-The MATLAB equation and the extreme value of function, solving linear equations, nonlinear equations, numerical solution of initial value problem of ordinary differential equation, the numerical s
mqhs08
- 递推化梯形法求解定积分,求解低阶定积分,迭代法开平方运算,牛顿法解方程,欧拉方法求解微分方程,改进的欧拉方法求解微分方程,雅可比迭代公式求解线性方程,-qiu jie di jie ding ji feng,dijin tuihua tixing qiujie dingjifeng,qiu jie dijia dingji feng ,diedai fa kai pingfang yunsuan
loge
- 数值计算中的龙哥库塔法解二次微分方程的c++源代码-The Long Ge Kuta numerical method for solving quadratic differential equations c++ source code