搜索资源列表
Euler
- 欧拉法和龙格库塔算法解一阶常微分方程源代码-Euler method and Runge-Kutta algorithm for solving differential equation source code
oula
- 数值分析作业。C语言编程。常微分方程初值问题的数值方法，详细分析了欧拉法的解法和分析，有结果输出和分析-failed to translate
Adams
- 包含多种算法的微分方程求解程序 如Adams，龙格贝塔等方法-Contains a variety of algorithms for solving differential equations of programs such as Adams, Long Ge Beita and other methods
Second-order-dynamic-circuit
- 使用MATLAB对二级微分方程采用直接求解的方法，并使用GUI编制界面-Use of two differential equations using MATLAB direct solution methods, and use the GUI interface to the preparation of
mesh_2d
- 二维贴体网格 fortran 源程序；偏微分方程生成网格，附详细的说明文档-body-fit mesh generation, two dimension
Crank-Nicolson
- 这是用matlab编辑的求解偏微分方程的一种方法隐式求解抛物型偏微分方程-This is edited using matlab a method of solving partial differential equations implicit solution of parabolic partial differential equations
Codes1.1
- 间断有限元法程序，用间断有限元法求解各种偏微分方程-discontinuous galerkin method codes,for solving different kinds of ODE
cvode-2.5.0.tar
- 数值运算代码，可求解一般微分方程，数值运算代码，可求解一般微分方程-numerical algorithm
NumericalAnalysis
- 用JAVA编写的一个界面程序，实现了二分法、牛顿法、高斯法、SOR迭代法、三角分解法、三次样条插值曲线、曲线拟合的最小二乘法、数值积分Romberg算法、常微分方程的初值解法 改进Euler法、矩阵的特征值和特征向量 反幂法-An interface with a JAVA program written to achieve a dichotomy, Newton method, Gauss law, SOR iteration method, triangular decomposition
Differential-equation
- 微分方程的求解，matlab源程序，用于各种微分方程的求解！-For differencial equation
FINITE_ELEMENT_ALGORITHM
- 本程序提供一种求解偏微分方程的有限元方法-This procedure provides a solution of partial differential equations of the finite element method
DDE
- 关于延迟微分方程的数值求解。有很多例子，方便大家查阅-Numerical solution of delay differential equations. There are many examples, to facilitate access to
matlabcode_poincare
- 此程序用于画混沌系统的相图及其庞加莱截面，使用时只需要写出相应的混沌微分方程，便可画出相应的图。-This procedure for drawing the phase diagram of chaotic systems and its Poincare section, when used only need to write the corresponding chaotic differential equations, will be able to draw the corresp
RK_4
- 求解时滞微分方程的龙格库塔方法！用matlab编写的。-Solving Delay Differential Equations Runge-Kutta methods! Prepared using matlab.
Boundary
- 数值分析算法实现(C语言实现): 常微分方程边值问题数值解法-Numerical analysis algorithms (C language): Ordinary Differential Equations Numerical Solution
imageprocessing
- 用偏微分方程实现图像复原。以C++为运行环境。-Image processing, image compression. Gray-scale computing. Image difference operation.
Partial_Differential_Equation
- 一阶偏微分方程的基础知识，很容易入门,很多工程处理要用到的-Introduce the basic knoeledge of Partial Differential Equation
mti_calibrated
- 一个非常全面的捷联惯导程序，包含了从初始对准、初值的设定，四元素的四阶龙格库塔法更新，对速度微分方程和位置方程分别用龙格库塔法和欧拉角法求解-A very comprehensive program SINS, including from the initial alignment, initial set, the four elements of the fourth order Runge-Kutta method updates the location of the speed di
Fractional_Differential_Equations_of_Runge_Kutta_m
- 求解分数阶微分方程的Runge_Kutta方法Fractional Differential Equations of Runge_Kutta method-Fractional Differential Equations of Runge_Kutta method
2007511145848565_136Z_Com
- 四阶龙格库塔法求解微分方程，Visual C++ 环境下编译-4RK typical numerical analysis procedures, with four bands Runge- Kutta method to solve initial value problems