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C++常用数值算法之5常微分方程
- 是《计算机常用数值计算算法与程序 C++版》一书的配套C++程序源代码文件,每个源程序文件的文件扩展名都使用.cpp形式。这些C++程序已经在微软公司Windows 平台下的Virsual C++ 6.0环境下通过-is "commonly used computer numerical algorithms and procedures C version," a book supporting the C sou
shoot
- 本程序为打靶法求解非线性常微分方程边值问题的。采用FORTRAN 语言。-procedures for the shooting method for solving nonlinear boundary value problems of ordinary differential equations. Using FORTRAN language.
vbC12
- 用VB实现解常微分方程组 包括定步长四阶龙格-库塔法、自适应变步长的龙格-库塔法、改进的中点法、外推法等-VB solution of ordinary differential equations including fixed step 4-order Runge - Kutta method, adaptive variable step of the Runge - Kutta method to improve the m
nag
- FOrtran 中解常微分方程调用库函数做相应的说明-FOrtran Solution Ordinary Differential Equations call library functions accordingly Note
SOR_迭代
- 重点内容是计算中的误差、函数方程求根、插值呆逼近、数值积分和微分、线性代数方程组解法、常微分方程初值问题的数值解法、数学软件。 -focus on the calculation of the error, solving functional equations, interpolation stayed approximation, numerical integration and differentiation, linea
solution-of-Differential-equation-group
- 提供了4种解常微分方程组的c++代码:定步长四阶龙格-库塔(Runge-Kutta)法(RK4->RKDUMP); 自适应变步长的龙格-库塔(Runge-Kutta)法(RKQC->ODEINT); 改进的中点法(MMID); 外推法(BSSTEP(RZEXTR(有理函数), PZEXTR(多项式));-provide four kinds of solutions of ordinary differential equa
changweifenfangcheng
- 尤拉方法是求解常微分方程的入门级的方法,精度并不算高,但它具有较大的理论价值。 一些较好的算法,如龙格.库塔方法等都是在这个方法的基础上实现的。-Mood is solving ordinary differential equations in the entry-level approach, the accuracy is not high. it has great historical value. Better alg
Computmethod
- 有关计算方的经典算法的C程序,迭代、插值、各类积分公式,常微分方程的数值求解、Gauss列主元消去法-side of the calculation of the classical algorithm C procedures, iterative, interpolation, all integral formula, and often the numerical solution of differential equatio
num_analysis
- 用vc实现数值分析中常微分初值问题的数值解法,使用eular和runge_kutta法。-with vc often achieve numerical analysis of the initial differential method. eular and use runge_kutta law.
jsff
- 计算方法程序常微分方程的数值解法课堂讲义-calculation procedures Ordinary Differential Equations Numerical Solution of classroom lectures
Neville
- 本程序为基于matlab的插值分析与Euler解常微分方程的应用实例。-the procedures for the Matlab-based analysis and interpolation Euler solution of the ordinary differential equations application examples.
Euler_Taylor
- Euler解常微分方程,Taylor解常微分方程,追赶法求解三对角方程-Euler solutions ordinary differential equations, differential equations solution Taylor, catching up with the method three pairs Kok equation
flyMachine
- 飞机运动轨迹模拟 使用龙格-库塔算法计算常微分方程数值解 并用图形显示运动轨迹 作者自己作业的源程序 欢迎讨论-aircraft trajectories simulated using the Runge - Kutta method to calculate the numerical solution of differential equations with graphics and movement trac
changweifen
- 常微分方程的习题,有效帮助大家学习常微分方程的知识-Exercise Ordinary Differential Equations, effective help people acquire knowledge Ordinary Differential Equations
MATLABpro
- 该程序包包含大量的matlab程序,比如Euler解常微分方程、neville插值、newton插值、Taylor解微分方程、改进平方根法、追赶法-The package includes a large number of Matlab program, such as Euler solutions ordinary differential equations, Neville interpolation, Newton inte
jcwffc
- 解常微分方程,数值分析,c语言在数值分析中的应用-Solutions ordinary differential equations, numerical analysis, c language in the numerical analysis of
RKF46
- 变步长五阶精度RK方法,用于积分常微分方程。Fortran程序已验证,放心使用。-variable step five bands RK precision method for integral ordinary differential equations. Fortran procedure has been verified, assured use.
Nr_C
- 书是针对工程上常用的行之有效的算法而编写的C语言函数程序集,在第一版的基础上作了修改和扩充。书中包括了近几年出现的许多新算法。全书分为数值计算与非数值计算两部分。其中数值计算部分的内容包括:线性代数方程组的求解、矩阵运算、矩阵特征值与特征向量的计算、非线性方程与方程组的求解、插值、数值积分、常微分方程(组)的求解、拟合与逼近、数据处理与回归分析、极值问题、数学变换与滤波、特殊函数、随机数的产生、多项式与连分式函数的计算、复数运算;非数值
Numerik1prog
- 作业题 就是说matlab中的常微分方程问题,是有ode45-operations that Matlab is the ordinary differential equations, have ode45
SEIR
- 一般的线性方程我们可以用最小二乘来解,一般的非线性方程我们可以用LM来解。 这里是线性微分方程组,所以我们采用最小二乘来解。 关键是构造出最小二乘形式,微分可以通过前后数据差分的方法来求。 不过这里还有一个技巧就是如果数据前后帧间隔过大,可以先插值,再对插值后的数据差分如果实际测量数据抖动过大导致插值后差分明显不能反映实际情况,可以先对数据平滑(拟合或是平均)再求差分。(We can use least squares