搜索资源列表
ppm
- 常微分方程组的四阶龙格库塔法求解捕食者问题-The fourth-order ordinary differential equations Runge-Kutta method to solve the problem predators
dandao1
- 该程序段有助于解决微分方程组的求解，所用的方法为龙格库塔法-The block can help to solve the solution of differential equations, the method used for the Runge-Kutta method
solution
- 用mathlab解关于卫星轨迹图的微分方程组, 简单实用的例子,能从中知道如何编写程序, 并如何画图.可直接在matlab7.0中运行. 以及有关于复杂网络的matlab源程序，供致力于复杂网络仿真研究的同仁参考！-Appollo satellite s trace (Differential equation)
simdata_M
- 在matlab环境下，利用ode命令求解常微分方程组的学习算例-In the matlab environment, the use of the command for solving ordinary differential equations ode to learn examples
partial-equations
- 基于MATLAB环境下偏微分方程组的求解对应的代码 简单明了 便于初学者学习使用-Based on the MATLAB environment to solve partial differential equations corresponding code is simple for beginners to learn to use
CSharp-RK4
- 使用C#来进行常微分方程组的解算，具有很高的参考价值-Using c# to calculation of ordinary differential equations, which has very high reference value
newton-method-
- 用newton法解三元非线性微分方程组代码-newton method for solving differential equations
Euler
- 改进欧拉算法，算出微分方程与微分方程组的定解。此代码仅限于一阶常微分方程组。-Improved Euler algorithm calculates the differential equation and definite solution of differential equations. This code is limited to one order ordinary differential equations.
GRKT10
- 最常用的四阶龙格—库塔法，更高精度地求出微分方程组的解。-The most commonly used Runge- Kutta method more accurately determine the solution of differential equations.
shoot
- matlab中用打靶法求解常微分方程组的两点边值问题-shooting method for bvps
findiff
- matlab求解两点边值问题的常微分方程组。追赶法求解。-chasing method for solving ODE bvps
BVP_tutorial
- 求解常微分方程组的bvp解算器的使用说明和教程和实例-tutorial and documentary and examples for ODE bvp
bvp6c
- 高精度的matlab求微分方程组的边值问题的bvp6 c的解算器，精度高于常用的bvp4c。-bvp6c solver for ode bvps in matlab
GEAR
- 吉尔算法积分一阶微分方程组初值问题的C语言描述，包括主函数、计算微分方程组中各方程右端函数值的函数程序、计算雅克比矩阵的函数程序、矩阵求逆程序等。-GEAR algorithm integral first order differential equations initial value problem of the C language descr iption, including the main function to calculate the differential equat
Gauss-Sedeil
- 次程序是用MATLAB语言编写的高斯赛德尔迭代法，可用于求解线性微分方程组。-Second procedure is used MATLAB language high Sisaideer iterative method can be used to solve linear differential equations.
RungeKutta
- 常微分方程组的四阶RungeKutta龙格库塔法matlab实现-Fourth-order Runge-Kutta method matlab RungeKutta of ordinary differential equations to achieve
model19th
- 这是Sorensen等人提出人体血糖-胰岛素模型，依据偏微分方程组搭建的simulink仿真模型。-This simulink model is based on the theory of Sorensen team, which is the blood glucose regulation mechanism of hunman.
noncontrol-ballistic-simulation
- Matlab编写的纵向平面内无控弹道仿真程序，（内含气动数据），采用线性插值与4阶龙格库塔法解算常微分方程组-The longitudinal plane Matlab prepared uncontrolled trajectory simulation program (includes aerodynamic data), using linear interpolation with four first-order Runge-Kutta method ODE solver
rk4
- 4阶龙格库塔方法求解常微分方程组，并作出吸引子图像-4-order Runge-Kutta method for solving ordinary differential equations, and make attractor image
slove-the-function
- matlab中解决一般线性方程组 微分方程组等各种方程类型的解决方法 入门级的好帮手-matlab help in solving various types of equations of general solutions of differential equations of linear equations, such as the entry-level