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marunge4gh
- 1 用途：4阶经典龙格库塔格式解常微分方程y =f(x, y), y(x0)=y0 格式：[x, y]=marunge4(dyfun,xspan,y0,h) dyfun为函数f(x,y), xspan为求解区间[x0, xn], y0为初值, h为步长, x返回节点, y返回数值解 2 用途：用LU分解法解方程组Ax=b -1 Uses: 4-order classical Runge-Kutta solution of ordinary differential
sdfsadfsdafasd123
- Differential Equations (ODE) Solver through Galerkin Method Galerkin方法求解常微分方程组的实现 这个matlab程序通过Galerkin方法求解常微分方程组，当然求解的结果是 Differential Equations (ODE)近似的解。-Differential Equations (ODE) Solver through Galerkin Method Galerkin method for
Rungekutta4th
- 四阶Runge-Kutta法解一阶常微分方程Matlab代码-Fourth-order Runge-Kutta method for solving a first-order ordinary differential equations Matlab code
resolution
- 常微分方程(组)的求解能够运行实现，比较简单-Ordinary differential equation (group) solution can be run to achieve
07
- Delphi算法包含各种算法：如矩阵变换，傅里叶变换等，常微分方程等，都是源码程序-Delphi 计算方法；包含各种算法：如矩阵变换，傅里叶变换等，常微分方程等，都是源码程序
2
- 数值分析课件，包括：第00章 引论 ，第01章 插值方法，第02章 数值积分，第03章 常微分方程的差分方法等-Numerical Analysis of courseware, including: the first 00 chapters cited on the first 01 chapters interpolation method, the first 02 chapters of numerical integration, the first 03 chapters of
Euler
- Euler方法 用C语言实现，并求解常微分方程组-The m framework appropriately generalizes notions such as gain margin, phase margin, disturbance attenuation, tracking, and noise rejection into a common framework suitable for analysis and design, in both single-loop and
EULER_ALGORITHM
- 非线性常微分方程的Mathematica代码，采用欧拉法求解，dy/dt=f(t,y)的类型。-Mathematica code for nonlinear ordinary differential equations, using Euler s Method, dy/dt = f (t, y) type.
C_language_algorithms_for_Quick_Lookup_Manual
- 《C语言算法速查手册》用C语言编写了科研和工程中最常用的166个算法，这些算法包括复数运算、多项式的计算、矩阵运算、线性代数方程组的求解、非线性方程与方程组的求解、代数插值法、数值积分法、常微分方程（组）初值问题的求解、拟合与逼近、特殊函数、极值问题、随机数产生与统计描述、查找、排序、数学变换与滤波等。同时结合这些算法列举了将近100个应用实例，对其进行验证和分析。 -" C language algorithms for Quick Fact Manual" using
VisualC
- 常用数值算法源代码第1章线性代数方程组的解法,第2章插值,第3章数值积分,第4章特殊函数,第5章函数逼近,第6章随机数,第7章排序第8章特征值问题第9章数据拟合第10章方程求根和非线性方程组的解法第11章函数的极值和最优化第12章傅里叶变换谱方法第13章数据的统计描述第14章解常微分方程组第15章两点边值问题的解法第16章偏微分方程的解法-Numerical algorithm used
marungemaspline
- 4阶经典龙格库塔格式解常微分方程y =f(x, y), y(x0)=y0 marunge4 用途：三阶样条插值（一阶导数边界条件）maspline-w
GRKT10
- 最常用的四阶龙格—库塔法求解一阶常微分方程的C语言实现方法-The most commonly used fourth-order Runge- Kutta method for solving a first-order ordinary differential equations of the C language implementation method
OrdinaryDifferentialEquations
- 对于常微分方程组的求解的概括和改进，需要的朋友可以参考一下-The solution of ordinary differential equations
changweifen
- 数值计算方法中常微分数值解法，对大家学习有一定的帮助-Numerical methods frequently differential numerical method to all of us learning some help
ode_suite
- MATLAB中用于解常微分方程序的算法解释。-matlab ode suite
Solution_of_ode_based_on_MATLAB
- 基于MATLAB解常微分方程组的详细介绍，解法分类-Solution of ordinary differential equations based on MATLAB
A_class_of_Linear_ODE_WITH_Finite_Recursion
- 求一类常系数线性常微分方程特解的有限递推法-A class of Linear Ordinary Differential Equations with Finite Recursion
calculation_method_Algorithm_Design_and_Implementa
- 本电子书包涵了各种算法的MATLAB实现，具体包括插值方法、数值分析、常微分方程的差分法、方程求根、线性方程组的迭代法、线性方程组的直接法等等，还包括习题参考答案和MATLAB文件汇集-The e-book encompasses the MATLAB implementation of various algorithms, specifically including interpolation methods, numerical analysis, ordinary differenti
Ordinary_Differential_Equation_to_solve
- 用C编写的常微分方程(组)的求解程序，可以参考一下-Ordinary Differential Equations written with C (s) of solving procedures for reference
differentialequations
- 本源码为原创代码。包含分别用改进欧拉方法、龙格-库塔法、阿当母斯法求解形如y =f(x,y)的常微分方程的源代码。希望对用到数值计算算法的起帮助作用。-The source for the original code. Included were the improved Euler method, Runge- Kutta method, Adam mother there method of the form y ' = f (x, y) of ordinary differentia