搜索资源列表
Euler
- 用Euler法计算常微分方程数值解，由文件输入，以表格形式输出-Using Euler method to calculate the numerical solution of ordinary differential equations
MOEAD
- 基于微分的多目标优化问题，以子函数的形式写出的-Based on the differential of the multi-objective optimization problem in order to write the form of Functions
moto
- 电机仿真,含阻尼微分方程的M函数程序和仿真图，需要这个方面的学者可以参考-moto simulink and about M .
line
- 直线的三种画法，中点画线，数值微分，还有别的画法。-Three draw a straight line method, in stipple line, numerical differentiation, as well as other painting.
weifen_lgkt
- 可以方便的求解一阶微分方程，代码思路清晰，有例子解释-Can be convenient to solve first-order differential equations, the code clear, there is an example to explain
fm
- 频率调制，属于角度调制中主要一种，相位调制可以通过对信号先微分再调频获得-Frequency modulation, angle modulation in the main belong to a kind of phase modulation of the signal can be differential access to re-FM
shiyan
- 画直线的方法：数值微分法，中点划线法，bresenham划线算法-Draw a straight line method
Color_dirct_Diff
- 矢量图像方向扩散滤波, 基于偏微分方程-color direction diffusion of vector image
lkt
- 龙库塔算法，C++实现，微分方程数值解法-Kutta algorithm for long, C++ implementation
naviga090205
- 前人用四阶龙格库塔方法进行微分方程解算,用matlab编写的源代码,主要用于四元素微分方程的实时解算，上传-Using fourth-order Runge-Kutta methods for differential equation solvers, prepared to use matlab source code, mainly for the four elements of real-time differential equation solver
tuxiangruihua
- 图像锐化 Sobel算子：是一种空域微分算子，可以通过它锐化图象-Image Sharpening Sobel operator: is a differential operator airspace through its Sharpens Image
youxianyuanfangfa
- 基于FEPG的有限元方法.FEPG系统是基于虚位移原理（即弱形式）而不是变分原理，要求用户书写弱形式的微分方程表达式-FEPG Based on the finite element method. FEPG system is based on the principle of virtual displacement (ie, weak form) rather than the variational principle, require users to write the weak f
PLine
- 画图算法，包括数值微分法、中点画圆法、Bresenham画线、画圆算法等-Drawing algorithms, including numerical differential method, the midpoint drawcircle, Bresenham line draw, drawcircle algorithm
DifferentialEquationsInitialValueProblem
- 求解常微分方程的初值问题的常用的matlab程序-Ordinary Differential Equations Initial Value Problem
runge-kutta
- 求解微分方程，四阶runge－kutta法-Solving differential equations, fourth-order runge-kutta method
MATLABjiemi
- 在这本实用的指导书帮助下你立即就可使用MATLAB了。《MATLAB揭秘》为学习这种功能强大的数学计算工具提供了高效的、启发性的方法。 本书使用简单易行的风格，一开始介绍了MATLAB基础，你将学习到如何绘制图象，求解代数方程及计算积分，也将学习到如何求解微分方程，求ODE的数值解，使用特殊函数工作。本书含有几百个例子及其详细解说过程，章末带有习题，书末还带最终测试题目，一句话，本书给予你的是MATLAB精华。 本自学指导书提供了： 上手MATLAB的最快方法 几百个带有解答过程
Codepartialdifferentillequations
- 主要是微分方程数值解的matlab代码，解决微分方程数值解的计算问题-Code partial differential equations
cannythreshold
- 其基本思想是：首先，用微分算子检测图象的边缘；然后，在这些边缘象素点上进行二值化阈值的自动选择；最后，对于其它非边缘象素点则采取常规方法进行二值化处理。实验结果表明，这个基于边缘特征检测算子的算法能很好地保留原图的边缘特征，并能处理低质量的图象-The basic idea is: First of all, the differential operator with the edge detection image And, at these points on the edge pixe
NumericalAlgorithm
- 常用数值算法的C++源码，包括三次样条插值、二重积分计算、常微分初值问题数值解、Newton迭代法、列主元高斯消去法、逐次超松弛迭代法。-Numerical algorithm used in C++ source code, including the cubic spline interpolation, double integral, the ordinary differential initial value problem numerical solution, Newton it
szfx7
- 数值分析之计算方法与实验7：常微分方程数值解法 by java-Numerical Analysis of calculation methods and experimental 7: Numerical Solution of Ordinary Differential Equations by java