搜索资源列表
imageprocessing
- 用偏微分方程实现图像复原。以C++为运行环境。-Image processing, image compression. Gray-scale computing. Image difference operation.
Partial_Differential_Equation
- 一阶偏微分方程的基础知识，很容易入门,很多工程处理要用到的-Introduce the basic knoeledge of Partial Differential Equation
mti_calibrated
- 一个非常全面的捷联惯导程序，包含了从初始对准、初值的设定，四元素的四阶龙格库塔法更新，对速度微分方程和位置方程分别用龙格库塔法和欧拉角法求解-A very comprehensive program SINS, including from the initial alignment, initial set, the four elements of the fourth order Runge-Kutta method updates the location of the speed di
Fractional_Differential_Equations_of_Runge_Kutta_m
- 求解分数阶微分方程的Runge_Kutta方法Fractional Differential Equations of Runge_Kutta method-Fractional Differential Equations of Runge_Kutta method
xxxxxxxxxxx
- 使用C8051F实现脉搏及血氧饱和度测量 包括均值滤波，微分阈值算法O-C8051F achieved using pulse and blood oxygen saturation measurements, including mean filter, differential threshold algorithm OSS
2007511145848565_136Z_Com
- 四阶龙格库塔法求解微分方程，Visual C++ 环境下编译-4RK typical numerical analysis procedures, with four bands Runge- Kutta method to solve initial value problems
c10mfode2
- 应用Oustaloup算法设计的滤波器理论，设计分数阶微分模块。用SIMULINK求解分数阶非线性微分方程-Application Oustaloup filter algorithm design theory, design, fractional differential module.Fractional Differential Equations with SIMULINK
Nonlinear_differential_equation
- 这是单自由度的非线性微分方程的求解程序（分段函数），可以画出动响应图和相图。-Nonlinear differential equation
MATLAB-algorithm
- 插值 函数逼近 数值微分 数值积分 非线性方程求解 解线性方程组的直接解法 解线性方程组的迭代法 随机数生成 特殊函数计算 常微分方程的初值问题 偏微分方程的数值解法 数据统计和分析-Interpolation function approximation numerical integration of nonlinear differential equations numerical solution of linear equations
MATLAB-for-SDE
- 随机微分方程或随机振动matlab程序,仅供参考-stochastic differential equations or stochastic vibration （修改文件后缀为 .doc ，用word打开）
CGwudian
- 本例用五点差分法求解一个二阶偏微分方程，其间用CG法处理，此实验可分别选取N=4，8，16，32-This example uses a five-point difference method for solving second order partial differential equations, during treatment with CG, were selected for this experiment can be N = 4,8,16,32
newton
- 牛顿迭代法是求解非线性微分方程中非常重要的一种算法，收敛速度快！本文提供算例和程序-Newton iterative method is very important for solving nonlinear differential equations an algorithm fast convergence speed! This article provides examples and procedures
IP
- 1）8位和24位bmp文件的打开，保存，自动判别文件类型并进行相应的设置。 2）对同一副bmp图像的多视图显示，包括：一般图像视图，直方图视图(支持彩色)， 图像属性视图，24位bmp的RGB各分量视图。 3）各种卷积核的滤波操作。包括：拉普拉斯二阶微分算子，LoG算子， 高斯平滑算子，sobel垂直/水平边缘增强算子，sobel边缘强度算子，两种 不同半径的圆形滤波器，另外canny边缘检测算子也可以在程序中使用。 4）8位24位bmp图像之间的相互转化。 5
rungekuttaC
- 龙格库塔法；用C++语言编写的龙格库塔法解微分方程组。-Runge-Kutta method with C++ languages Runge-Kutta method for solving differential equations.
DE
- 运行平台MATLAB，基于微分进化算法的函数寻优-Operating platform of MATLAB, based on the function of the differential evolution algorithm for optimization
inpainting-survey
- 基于偏微分方程的数字图像修复的一些方法和模型，介绍了几种常用的数字图像修复的模型。-Based on partial differential equations of the digital image repair some of the methods and models, introduced several popular models of digital image restoration.
12
- 这个是两个matlab的列子，一个是函数的微分设计，一个是函数的求导，希望对去学matlab的人有所帮助-there are two examples for matlab,one is designed for function differential,the other is designed for function derivative
PDEs-applied-to-image-restoration
- 图像去噪的代码，一类四阶偏微分方程的代码，效果很好。-image denoising..............................
mesh-generation
- 采用微分方程生成网格的例子,带有附加说明和源码-the mesh generation by using the pde， with the reference file and the source code.
矢量微分
- 物理-Physics