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math
- 考虑在一个固定区间上用插值逼近一个函数。显然，Lagrange插值中使用的节点越多，插值多项式的次数就越高。我们自然关心插值多项式增加时，Ln(x)是否也更加靠近被逼近的函数。龙格(Runge)给出的一个例子是极著名并富有启发性的。-Considered at a fixed interval on a function approximation using interpolation. Clearly, Lagrange interpolation nodes are used the mo
four-stepRunge-Kuttastatutoryfour-stepRunge-Kuttam
- 解微分方程（组）的定步长四阶龙格库塔法算法源代码-Solution of differential equations (Group) of fixed step size fourth-order Runge-Kutta method algorithm source code
Lorenz
- Lorenz 吸引子三维相空间图，这里用四阶 Runge-Kutta 法得到微方程的离散序列-Lorenz Runge-Kutta
mimu
- 自己仿真的四元数法的龙格库塔的姿态解算matlab仿真-Their simulation method quaternion attitude Runge-Kutta solver matlab simulation
sr
- 四阶Runge-kuta求解算法matlab代码 含一篇文献介绍-Fourth-order algorithm lunge-kuta
fr
- Write a Matlab program which solves the initial value problem y = (xy − y2)/x2, y(1) = 2, by the order four Runge-Kutta method, over the interval [1, 3] using steps of h = 1/128. The exact solution to this problem is given by y(x) = x/
shuzhifenxikechengsheji
- 考虑在一个固定区间上用插值逼近一个函数。显然，Lagrange插值中使用的节点越多，插值多项式的次数就越高。我们自然关心插值多项式增加时，Ln(x)是否也更加靠近被逼近的函数。龙格(Runge)给出的一个例子是极著名并富有启发性-Consider a fixed-interval interpolation using a function approximation. Obviously, Lagrange interpolation nodes are used the more the n
RK4forBlasiusequation
- Fortran file to solve blasius equation by using runge kutta 4th order
Ordinary_Differential_Equationsrar
- 常微分方程的各种求解方法：Euler法、Runge-kutta法、Hamming法等-Ordinary differential equations to solve a variety of methods: Euler method, Runge-kutta method, Hamming Law
lPG
- 通过龙格库塔法求解长周期光纤光栅，得到其传输特性-By Runge-Kutta method to solve long-period fiber grating, by its transmission characteristics
Three-pointmethodLaunchVehicleTrackingSystem
- 三点法跟踪运载火箭系统跟踪目标弹作匀速直线运动，拦截弹做匀速率运动。里面微分方程是用欧拉法求解的，为了提高精确度，改成四阶龙格库塔法-Tracking system to track the target missile launch vehicle for uniform linear motion, interceptor uniform rate of movement to do. Which is Euler' s method for solving differential
lorenz4D
- 使用matlab工具解洛伦兹方程的runge-kutta方法-matlab solution of Lorenz equations
rk4
- 龙格库塔四阶方法，matlab编程，仅供参考-Runge-Kutta fourth-order method, matlab programming, reference
08041107
- 基于随机共振的弱信号检测，sr为龙格库塔方法解方程，rs为检测的主程序-Based on stochastic resonance in weak signal detection, sr for the Runge-Kutta method to solve the equation, rs for the detection of the main program
NumericalMethodBasicSample
- 数值方法基本例题MATLAB解法,基本解方程,龙格-库塔,牛顿法等-Example MATLAB solution of basic numerical methods, the basic solution of equations, Runge- Kutta, Newton' s law
SOLVEDYNAMICBARANYISMODEL
- SOLVING DYNAMIC BARANYI S MODEL USING RUNGE-KUTTA 4th ORDER METHOD. IT IS A SINGLE MATLAB PROGRAM TO SOLVE BARANYI S MODEL
ouler
- 微分方程数值解中利用Runge-kutta_fehlberf法计算微分方程 -Numerical solution of differential equations using Runge-kutta_fehlberf differential method
runge
- 四阶龙哥库塔方法求解一阶微分方程的数值解法，能自定义迭代步数和迭代精度，非常适合于计算方法的初学者。-Long Ge Kuta fourth-order methods for a numerical solution of differential equations can be customized and iterative iterations precision calculation method is suitable for beginners
runge-kutta
- 基于MATLAB的runge_kutta方法求解定积分-MATLAB-based method for solving the definite integral runge_kutta
rungekutta
- 解决离散偏微分方程组的Runge-kutta 算法matlab程序-To solve partial differential equations discrete Runge-kutta method matlab program