Dijkstra算法和弗洛依德算法的matlab实现，为了解决短…

这个项目包含了CPP解决了2D-maxima的问题，你可以输入一个数组，这意味着一个SERIS离散点，一发现日最高点的2-D合作。    OFEN使用的agorithems是蛮力和分块，agorithem使用快速排序，从而让即将举办的x坐标点，用途比较y中两neiborhood点从位置后方前面。和agorithem的时间compexity是n日志（n）的。

数学计算斜率的一个简易软件，通过它可以计算斜率，还可以计算偏离量，以及XY。-The slope of a simple mathematical calculation software, through which can calculate the slope, but also can calculate the deviation, as well as XY.

各种不同排序思想的排序源程序- Each kind of different arrangement thought arrangement source program

用最小二乘法解决实际问题，如曲线拟合，插值分析，-Least square method in solving practical problems, such as curve fitting, interpolation analysis

这是的 matlab 代码示例K-均值聚类算法基于粒子算法。

逐次超松驰迭代法(Successive Over Relaxation Me thod,简称SOR方法)是高斯―塞德尔方法的一种加速方法，是解大型稀疏矩阵方程组的有效方法之一，它具有计算公式简单，程序设计容易,占用计算机内存较少等优点,但需要较好的加速因子(即最佳松驰因子).下面我们首先说说松驰一词的含意,再利用它来解释雅可比迭代法与高斯―塞德尔迭代法,最后给出逐次超松驰迭代法的推算公式和收敛性条件.-Successive over relaxation iteration method (Successive Over Relaxation Me thod, called SOR method) is the Gauss- Seidel method for an accelerated method is solution of large sparse matrix equations, one effective method, it has a simple formula, programming easy, take up less computer memory, etc., but the need for better acceleration factor (that is, the best relaxation factor). Let us first talk about the meaning of the term relaxation, and then use it to explain the Jacobi s iterative method and the Gauss- Seidel iterative method, and finally gives successive over relaxation iterative method of projection formula and the convergence condition.

一个演示正二十面体与球的(OR)组合(AND)组合(SUB)组合等的工程,编译,运行都需要glut-a demonstration is icosahedron with the ball (OR) Portfolio (AND) Combination (SUB) combination of engineering , compile, run need glut

2k近邻数据流聚类算法，采用vc++实现 The summary of what you will find in each of the files that make up your 2kDPDS application. 2kDPDS.dsp     This file (the project file) contains information at the project level and     is used to build a single project or subproject. Other users can share the     project (.dsp) file, but they should export the makefiles locally. 2kDPDS.h     This is the main header file for the application.  It includes other

Visual C++常微分方程解法（转载）-Visual C Ordinary Differential Equations Solution (reproduced)

偏微分方程的方法：Bertalmio采用偏微分方程（PDE）的方法进行图像修复，取得了较好的效果。用户需指定需要修复的区域，算法将待修补的区域边界的等值线外部的信息沿轮廓法向扩散到中间待修补的象素上。该算法利用局部颜色的光滑度沿着等值线扩散，考虑了各向异性的扩散，以保证边缘处的边界连续，但该方法计算不稳定。