搜索资源列表
odeEuler
- 求解常微分方程数值解的Euler算法matlab源程序。-ordinary differential equation solving numerical solution of Euler algorithm Matlab source.
prog10-16
- 余向阳博士Matlab教程的源代码。 包括:1.非线性方程的解法;2.线性方程的数值解法;3插值法;4.常微分方程的解法-Dr. Yu Xiangyang Tutorial Matlab source code. Include: 1. Non-linear equations 2. The numerical solution of linear equations 3 interpolation 4. The solution of ordinary differential eq
Runge_KuttaAndsquar_least
- 常微分方程数值解法Runge_Kutta解法-Numerical Solution of Ordinary Differential Equations Solution Runge_Kutta
fit
- 用差分方程或数值微分解决简单的实际问题。 实验3 插值与数值积分 l 插值问题提法和求解思路 l Lagrange插值的原理和优缺点 l 分段线性和三次样条插值的原理和优缺点 l 用MATLAB实现分段线性和三次样条插值 l 梯形、辛普森积分公式的原理及MATLAB实现 l 数值积分公式的误差——收敛阶的概念 l 高斯积分公式 l 广义积分与多重积分 l 用插值和数值积分解决
ode
- 一阶常微分方程的初值问题数值解,里面有各种方法的公式和使用范围-A first-order ordinary differential equations numerical solution of initial value problem, which there are various methods and the use of the formula
ode45
- 解常微分方程的Matlab程序 字符串ypfun是用以表示f(t, y)的M文件名, tspan=[t0, tfinal]表示自变量初值t0和终值tf y0表示初值向量y0,可选参数options为用odeset设置精度等参数。 输出列向量tout表示节点,输出矩阵yout 表示数值解,每一列对应y的一个分量。若无输出参数,则作出图形。-Solution of ordinary differential equations of the Matlab program is
RKmethodmatlab
- 常微分方程数值解法四阶龙哥库塔算法Matlab实现-RK method
Numerical-solution-of-differential-equation-and-Ma
- 常微分方程数值解及其MATLAB实现,包含了数学原理,算法和程序。-Numerical Solution of Ordinary Differential Equations MATLAB implementation, including the mathematical principles, algorithms and procedures.
pdf
- 常微分方程(ODEs)的MATLAB数值解法-Ordinary differential equations (ODEs) of the MATLAB numerical solution
shuzhijisuan
- 插值和拟合、数值微分和数值积分、求解线性方程组的直接法和迭代法、 计算矩阵特征值和特征向量和常微分方程数值解等问题。-Interpolation and fitting, numerical differentiation and numerical integration, solving linear equations of the direct method and iterative method of calculating matrix eigenvalues and eigenv
Adams
- 常微分方程数值解的ADAMS方法,使用C++编程
123140
- matlab求解二阶常微分方程数值解,具有较好的效果,对学习matlab非常有用。-matlab solving second order ordinary differential equations, with good results, to learn matlab very useful.
lvbo_wavwrite1
- 对于常微分方程组,很难求得解析解,因此工程上常用数值解法,常微分方程组的R-K解法-For ordinary differential equations, analytical solution is difficult to obtain, so the numerical method used on the project, RK solution of ordinary differential equations
RK4
- 数值分析中,显式4阶龙格-库塔法(Runge-Kutta)是用于求常微分方程数值解的重要迭代法。本算法优点是可以求高阶常微分方程(或多变量微分方程组)的数值解,并且可缩减求解时间-Runge-Kutta method
matlab_changweifenfangchengshuzhijie
- 常微分方程数值解在matlaB中的实现,压缩包里面包含讲义和源代码。-Often differential equations in MATLAB to achieve compression package which contains the lecture notes and source code.
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
Differential-Equations
- 常微分方程数值解(含有几个算例,可以结合算例学习)-Numerical Solution of Ordinary Differential Equations
odesbvp
- 利用边值问题求解器bvp4c求解常微分方程的数值解(The numerical solution of ordinary differential equations is solved by using the boundary value solver bvp4c)
牛顿插值和欧拉法解方程
- 欧拉法解常微分方程和牛顿插值法,是数值分析中的经典算法,适合初学者。(Euler solutions of ordinary differential equations and newton interpolation are the classic algorithms, they are suitable for beginners.)
MATLAB解矩阵微分方程
- 本文先简要介绍了矩阵的积分和微分的定义;接着通过弹簧-质量块儿-阻尼器系统的例子,阐述了求解常微分方程数值解的常用方法;最后,在前两部分的基础上,总结了用MATLAB求解形如_X(t) = f(X(t); t) 矩阵微分方程数值解的方法。(In this paper, the definition of integral and differential of matrix is briefly introduced. Then the common method of solving nume