Description: SOLVING DYNAMIC BARANYI S MODEL USING RUNGE-KUTTA 4th ORDER METHOD. IT IS A SINGLE MATLAB PROGRAM TO SOLVE BARANYI S MODEL Platform: |
Size: 2048 |
Author:jaja |
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Description: Numerical Methods for ODE in MATLAB
MATLAB has a number of tools for numerically solving ordinary differential equations. We
will focus on one of its most rudimentary solvers, ode45, which implements a version of the
Runge–Kutta 4th order algorithm. (This is essentially the Taylor method of order 4, though
implemented in an extremely clever way that avoids partial derivatives.) For a complete list
of MATLAB’s solvers, type helpdesk and then search for nonlinear numerical methods. Platform: |
Size: 57344 |
Author:送客 |
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Description: This script generates a Mackey-Glass time series using the 4th order Runge-Kutta method.
The code is a straighforward translation in Matlab of C source code provided by Roger Jang Platform: |
Size: 154624 |
Author:Antonio78 |
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Description: 这是用四阶龙格库塔法计算半导体激光器速率方程的工程，源代码用C语言书写，开发平台为VC6.0。程序输出数据被写入文件SLdata.txt中，其中第一列为仿真时间，第二列为载流子浓度，第三列为光子密度。为了方便更多相关开发者调试，还提供了一个matlab源文件test.m。test.m用于将计算数据在matlab中用曲线显示。-This is project developed by Visual C++ 6.0 software platform, which uses the 4th order Runge Kutta method to solve the rate equations in semiconductor lasers. The computational results is placed in the file named by SLdata.txt , in which the first colomn stand for the simulation time, the second represents the carrier density at corresponding time, and the third colomn is the photon density. For convinence, another matlab source code file is also presented, which can be used to display the simulation data by some plots within Matlab environment. Platform: |
Size: 1103872 |
Author:王刚 |
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Search - runge kutta 4th order matlab