搜索资源列表
FDTD3D_PEC
- 使用matlab编写的时域有限差分法，pec边界的光子晶体。-Written using matlab finite difference time domain method, pec boundary of the photonic crystal.
project
- 一个多目标跟踪的matlab代码,里面附有说明文档.其中背景差分法可以实现实时更新.该代码在检测与跟踪少量目标时效果很好,但是跟踪目标大于8后,效果下降很多-A multi-target tracking matlab code, which accompanied by documentation. Including real-time background subtraction method can be updated. The code in small target detecti
poissonfdm
- 用有限差分法来解偏微分方程，采用高斯——赛德尔迭代方法，并用前后两次迭代差的矩阵的无穷范数作为是否停止迭代的依据。-Using finite difference method to solve partial differential equations, using Gauss- Seidel iterative methods, and poor before and after the two iterations of the infinite matrix norm as the b
FDTD-Matlab
- 有限差分法的Matlab程序（椭圆型方程）-Matlab program of the finite difference method (elliptic equations)
fdtd
- 利用有限差分法来动态展示光通过非均匀介质中。-MATLAB Program for Computation of Field Distribution in Nonuniform Optical Medium
FDM-in-Matlab
- 有限差分法的Matlab程序（椭圆型方程）-Finite difference method in Matlab (elliptic equations)
Appendix_C
- 电磁场的时域有限差分法的matlab模拟的程序，计算电磁学的大牛写的程序。-the program writed by famous professor simulates electromagnetic field with FDTD
thrust-lubtication-wiht-matlab
- 用matlab编写的五点差分法离散雷诺方程用SOR(超松弛迭代法)求解压力分布的源程序-thrust lubtication wiht matlab
matlab_beijingchafen
- 使用MATLAB实现运动目标检测，用的是背景差分法-moving detection by matlab
use-matlab2
- 用matlab实现帧间差分法 亲测可用 求通过 -use matlab to realise zhenjianchafenfa
导热matlab
- 实现二维非稳态导热计算, 使用有限差分法(Calculation of two-dimensional unsteady thermal conduction)
Central
- 利用matlab实现了数值计算的中心差分法。(The central difference method is realized by using MATLAB)
Matlab源程序
- 背景差分法，神经网络算法下的Matlab程序交通流实现。(A simulation of Traffic. Based on the Matlab.)
MATLAB模拟的电磁学时域有限差分法
- 简要介绍了基于matlab实现fdtd仿真的语法基础(MATLAB programming is simple, and can give the characteristics of fine image, it has become the necessary system tool platform for science and engineering students.Its complete toolbox function makes MATLAB more and more po
LMFnlsq
- 差分法迭代程序MATLAB程序源代码仅供参考(Difference method iteration)
odesbvp
- matlab提供了边值问题求解器bvp4c（）用于求解边值问题的数值解，bvp4c（）采用带自适应网格的高阶差分法来求解边值问题，首先给出可调用的常微分方程组函数以及残差的边值条件函数，这些函数都必须返回一个列向量。(Matlab provides the numerical solution of the boundary value problem solver bvp4c () for solving the boundary value problem. Bvp4c () uses th
54200257liquid
- 一维，二维，三维热传导方程的数值求解（有限差分法等）。(Numerical solution of heat conduction equation)
上传
- 采用时域有限差分法模拟了电磁波在一维空间传播的情况，其中电磁波为平面波，激励源为正弦波，程序中没有加入吸收边界条件(The finite-difference time-domain method is used to simulate the propagation of electromagnetic waves in one-dimensional space. The electromagnetic wave is a plane wave, the excitation source
matlab 常微分方程数值解法 源程序代码
- 11.1 Euler方法 380 11.1.1 Euler公式的推导 380 11.1.2 Euler方法的改进 383 11.2 Runge-Kutta方法 385 11.2.1 二阶Runge-Kutta方法 385 11.2.2 三阶Runge-Kutta方法 388 11.2.3 四阶Runge-Kutta方法 390 11.2.4 隐式Runge-Kutta方法 391 11.3 线性多步法 392 11.3.1 Adams外推公式
posssion_equation
- 求解一维和二维椭圆方程，运用有限差分法，后面会陆续添加更多方程的matlab编程(Solving one-dimensional and two-dimensional elliptic equations)