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MATLABequationsolve
- 用Taylor展开法、平方法等解常微分方程，非常直观易懂，适合于初学者。-start with Taylor, Xie Ping method ordinary differential equations, very intuitive to understand and suitable for beginners.
image_inpainting1
- 基于偏微分方程的图像修复和修补.代码可供参考.学偏微分的有用-based on partial differential equations Image restoration and repair. Code for reference. Partial useful learning
53432641
- 工程中很多的地方用到龙格库塔求解微分方程的数值解，龙格库塔是很重要的一种方法，尤其是四阶的，精确度相当的高。此代码只是演示求一个微分方程，要求解其它的微分方程，可以自己定义借口函数，退换程序里面的函数：float f(float , float)即可；-project many places used for Runge - Kutta numerical solution of differential equations. Runge - Kutta is a very important
DelayedMackey-Glass
- 利用Matlab求解带有时间延迟的Mackey-Glass系统，在非线性动力学中经常用到。可以用来求解类似的延迟微分方程系统。-using Matlab time delay with the Mackey-Glass Systems, Nonlinear Dynamics frequently used. Can be used to solve the differential equation similar to the delayed system.
lorenzsystembyinline
- 利用Maltab求解变参数lorenz方程,在非线性动力学和混沌研究中经常遇到类似的问题。本程序也可以求解类似的有变参数的微分方程系统如Chen system, Lv system, Rossler system 等。-use Maltab variational parameters lorenz equation, Nonlinear Dynamics and Chaos often encountered similar problems. The procedures also can
lyapunovexponentfordifferentialsystem
- 计算微分方程系统的Lyapunv exponent,在非线性动力学和有关混沌的研究中非常有用。-calculated differential system Lyapunv exponent, Nonlinear Dynamics and Chaos in the study very useful.
kdvequationsimulation
- ％模拟偏微分方程kdv方程的水波。 ％通过修改已可以用来模拟其他的如KP方程等。
Delphi-ChangYongShuZhiSuanFa
- Delphi常用数值算法(源码) 这些算法将为千千万万非计算机专业的工程技术人员架起一座方便快捷的桥梁，并能缩短应用软件的编制周期，减少重复劳动，达到事业功倍的效果。 第1章线性代数方程组的解法 第2章插值 第3章数值积分 第4章特殊函数 第5章函数逼近 第6章特征值问题 第7章数据拟合 第8章方程求根和非线性方程组的解法 第9章函数的极值和最优化 第10章傅里叶变换谱方法 第11章数据的统计描述 第12章解常微分方程组 第13章偏
median_block
- 此文件是matlab应用于图像处理的源文件压缩包，没有压缩密码。与偏微分方程有着密切的联系！-Matlab is a document image processing applied to the source files compressed, no compression password. And partial differential equations are closely linked.
median_disk
- 此文件是matlab应用于图像处理的源文件压缩包，没有压缩密码。与偏微分方程有着密切的联系！-Matlab is a document image processing applied to the source files compressed, no compression password. And partial differential equations are closely linked.
open_close
- 此文件是matlab应用于图像处理的源文件压缩包，没有压缩密码。与偏微分方程有着密切的联系！-Matlab is a document image processing applied to the source files compressed, no compression password. And partial differential equations are closely linked.
dilation_disk
- 此文件包是matlab应用于图像处理的例子，没有压缩密码！并且与偏微分方程有密切关系!-this package is applied to image processing Matlab example, there is no compression password! With partial differential equations closely related!
erosion_block
- 此文件包是matlab应用于图像处理的例子，没有压缩密码！并且与偏微分方程有密切关系!-this package is applied to image processing Matlab example, there is no compression password! With partial differential equations closely related!
erosion_disk
- 此文件包是matlab应用于图像处理的例子，没有压缩密码！并且与偏微分方程有密切关系!-this package is applied to image processing Matlab example, there is no compression password! With partial differential equations closely related!
level_conduct
- 此文件包是matlab应用于图像处理的例子，没有压缩密码！并且与偏微分方程有密切关系!-this package is applied to image processing Matlab example, there is no compression password! With partial differential equations closely related!
level_line
- 此文件包是matlab应用于图像处理的例子，没有压缩密码！并且与偏微分方程有密切关系!-this package is applied to image processing Matlab example, there is no compression password! With partial differential equations closely related!
advection2
- 求解对流微分方程：u_t+a(x,t)u_x=0，具体说明在程序中，四种经典格式，写成类的形式，VC6.0环境 -solving differential equations convection : a u_t (x, t) = 0 u_x specify the procedures, Four classic format, type written in the form of environmental VC6.0
j1111
- 计算方法实验报告，内容有插值法，求根法，常微分方程，等多个方法求解！-experimental method, the contents of interpolation, Root, ordinary differential equations, and other methods to solve!
Soft20060210160010604
- 工程中很多的地方用到龙格库塔求解微分方程的数值解，龙格库塔是很重要的一种方法，尤其是四阶的，精确度相当的高。 -project many places used for Runge - Kutta numerical solution of differential equations. Runge - Kutta is a very important one, especially in four bands, precision is high.
hh_fangcheng
- H-H微分方程的matlab原代码,内包含说明文档,对模拟神经元有帮助.-H-H Differential Equations Matlab original code, which includes documentation, simulated neurons to help.