搜索资源列表
work5
- 常微分方程求解过程！主要是使用matlab环境编译的！-ordinary differential equation solving process! Mainly use Matlab environment compiler!
DERPAR
- 常微分方程求解的搜索延拓法，克服了Newton-Raphson法对初值问题影响过大的问题
CPP-math-algorithm
- C++数值算法，包含了各种基本的排序、查找、插值、拟合、常微分方程求解、线性代数的运算、汉字操作等等代码-C++ code for math algorithm
mymath
- 数值计算方法中常用方法的程序实现，包括线性方程组求解，差值拟合，常微分方程求解等-Numerical methods commonly used methods of procedures to achieve, including solving linear equations, difference fitting, ordinary differential equation solving, etc.
runge_kutta
- 采用4阶runge_kutta法求解给定初始值的常微分方程（组）。该方法具有较好的精度。-Using 4-order method runge_kutta given initial value of the ordinary differential equations (group). The method has good accuracy.
ODE
- 这个例子演示了如何使用这两个公式的字符串模式的多态性常微分方程求解器。-This example demonstrates how to use the polymorphic ODE solver in both Formula String mode and VI mode.
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
colmod
- 一个解常微分边值问题的高端求解器，可以解显式表达的微分方程组，且此微分方程组的每一个方程可以容许4阶的微分。长于解非线性的奇异问题。内附论文。程序自带说明和算例。-Automatic Continuation With Collocation. This Package Solves `Stiff Boundary Value Problems For Ordinary Differential Equations By Using Continuation, As Descri
fcqj
- matlab方程求解,包括代数方程(组)求解,其他求解工具,常微分方程求解,偏微分方程求解初步等-matlab equations, including algebraic equation (s) to solve, solve other tools for solving ordinary differential equations, partial differential equations to solve the initial and other
ode
- 常微分方程求解,主要为拉格朗日插值，比较简单，适合初学者学习使用-Solving ordinary differential equations, mainly for Lagrange interpolation, is relatively simple, suitable for beginners to learn to use
numericalsamples
- 几个数值计算方法的程序, 包括 线性方程组求解, 非线性方程求解, 插值函数计算, 积分计算 和常微分方程求解 -Several numerical methods of procedures, including linear equations, nonlinear equations, interpolation function calculation, the integral calculation and solving ordinary differential equation
matlab2
- 两种常微分方程求解的matlab程序，是自学matlab的小程序可以-Two kinds of solution of ordinary differential equations matlab program, matlab is a small program can self-learn
rk4
- 常微分方程求解必备工具：4阶龙格库塔法 -Ordinary differential equation solver essential tool: 4-order Runge-Kutta method
3
- 若干常微分方程求解问题的Matlab代码-Matlab code to solve Several ordinary differential equations problems
matcont2.5.1
- matcont2.5.1 分支分析，常微分方程求解-matcont2.5.1 branch analysis, solving ordinary differential equations
Numerical-Analysis
- 数值分析/数值计算程序，包括差值、拟合、积分、微分、线性方程组求解、非线性方程求根、常微分方程求解、偏微分方程求解、特征值求解，适合入门参考-Numerical analysis/numerical calculation procedures, including the difference, fitting, integral, differential, linear equations, finding roots of nonlinear equations, ordinary di
fem
- 有限元常微分方程求解 Ax=b ，这是学习一维有限元最简单的程序。-Finite Element ordinary differential equations Ax = b, which is a one-dimensional finite element study the simplest procedure.
odesRK4
- 四阶经典龙格库塔法求解线性常微分方程组, 以及简易食物链的模型应用，方程组以向量输入输出(Four order Rung-Kutta for differential equations)
Solving DDEs with Matlab
- 利用matlab求解时滞微分方程。常微分方程（ODE）和延迟微分方程（DDE）被用来描述许多有趣的现象。 虽然ODE包含依赖于自变量（“时间”）的当前值的解决方案的衍生物，但DDE还包含衍生物，其依赖于前一时间的解决方案。 在整个科学模型中出现了DDE [1]。 尽管ODE和DDE之间存在明显的相似性，但DDE问题的解决方案可能与ODE问题的解决方案在几个引人注目的重要方面存在差异[2] [20]。 这部分是因为缺乏用于解决DDE的通用软件。(Solving Delay Differential
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