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20056154899909
- ode45解微分方程，C＋＋语言编写，适合移植到DSP上-ode45 Solutions Differential Equations and C + + language, suitable for transplant to DSP
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
shuangbai
- 使用ode45函数，计算双摆模型，同时动画显示结果。并画图相应的相图. -use ode45 function, double pendulum model calculation, the results show animation. Drawing and the corresponding phase diagram.
MicrosoftWord3
- 精度再往上走两个量级,runge-kutta法是最常用的单步高精度微分方程的解法,ode45的基本思想即来自于此,由于lyrock对这个方法的基本问题已经总结的比较全面,因此,我在这里只是简单介绍一下我自己学习的感受-accuracy upward taking two order of magnitude, runge - kutta method is the most commonly used high-precision single-step solution of differen
MicrosoftWord5
- 算法由于提供了一个预测值,相对来说有简化.第五种方法,也就是ode45所得的精度最高尺度到了1e-18...简直可怕!一般很少有工程问题是它不能够满足的了,能够看出,解的差别在本问题里已经很明显了. -algorithm providing a predictive value, a relatively simplified. Fifth, ode45 is the highest accuracy of a scale of e-18 ... is simply terrible! it
1
- 在命令窗输入如下内容就得到图形了: [t,x]=ode45( godhua ,[0,10],[0,0,0,1]) subplot(131) plot(t,x(:,4)) xlabel( t ) ylabel( y ) subplot(132) plot(t,x(:,1)) xlabel( t ) ylabel( v ) subplot(133) plot(t,x(:,2)) xlabel( t ) ylabel( \\theta )
HyChen
- 使用ode45函数，通过解微分方程的方式，实现超混沌chen系统吸引子的仿真
chen
- 通过ode45函数，实现了三维混沌chen系统的吸引子的仿真。
missile-simulation 用matlab实现的导弹轨迹跟踪
- 用matlab实现的导弹轨迹跟踪，In this Program I simulate missile in 5 states. I use ode45 for solving equation. This program is my dynamics 1 project in mechanical engineering of Amirkabir University-In this Program I simulate missile in 5 states. I use ode45 for
Laser-Rate-Erquation-Sim
- Simulation of semiconductor rate equation usinf ODE45 tool
myeuler_vs_ode45
- 比较欧拉公式与matlab的ode方法解微分方程的不同-Comparison of the Euler formula for the ode with matlab different method to solve differential equations
BZLS
- 一个运用简单的ode45函数制作的猫捉老鼠模拟小游戏，很容易懂，很容易改编-The use of a simple cat and mouse produced by ode45 function of simulation games, it is easy to understand, it is easy to adapt! ! !
tracking
- 确定性系统中建立一个跟踪系统让稳态误差变成0 - This scr ipt demonstrates designing a tracking system with feedback and gain compensation to bring steady-state error to 0 and a settling time of 2.5 seconds. The response to a unit step is simulated and plotted
double_pendulum
- 求解简单微分方程。模拟双摆运动并附简单说明材料。-For animation, the program uses Matlab s normal plot command combined with the drawnow command. It is based on the ode45 solution of the corresponding differential equations. Comprehensive documentation is provided, incl
work
- 本文中有两个函数m文件：model126.m是一个用于预测的完全没有用工具箱函数的补偿模糊神经网络主程序，用于仿真、对比训练数据和网络输出的差异；cb.m是一个非线性系统的数学模型，在model126.m中用“ode45”函数求解这个数学模型后，可以得到105个x1(t)、x2(t)和y(t)，从而建立起一个两输入一输出的补偿模糊神经网络。-failed to translate
Yhomework
- 机器人动作仿真实验室，根据机器人运动方程使用ODE45进行画图-Robot motion simulation laboratory, according to the equations of motion using the robot to draw ODE45
地震动反应谱求解ode45函数
- 采用matlab ode45函数求解单自由度反应谱。在读博士，这程序自己也用到！
sxl
- 利用龙格库塔算法ode45求解三阶微分方程(By using Runge Kutta algorithm ode45 for solving three order differential equations)
Ode程序
- 主要用于多智能体系统数值仿真，采用MATLAB中ode45函数解线性微分方程组(It is mainly used in the numerical simulation of multi-agent system. The ode45 function in MATLAB is used to solve linear differential equations.)
odefunc
- 行星齿轮动力学分析微分方程的matlab中ode45求解(The solution of the differential equation of planetary gear dynamic analysis by ode45 in MATLAB)