旋转的正方体

用于TSP的蚁群算法的源程序，包括C语言及C-ant clony pro

在一个圆形操场的四周摆放着n堆石子。现要将石子有次序地合并成一堆。规定每次只能选相邻的2堆石子合并成新的一堆，并将新的一堆石子数记为该次合并的得分。试设计一个算法，计算出将n堆石子合并成一堆的最小得分和最大得分。 编程任务：对于给定n堆石子,编程计算合并成一堆的最小得分和最大得分。-Playground in a circle around the stones are placed n heap. Stone is to have the order to merge into a pile. Provisions can only choose 2 adjacent stones piled into a heap of new and new pile of stones a few in mind for its combined score. Try to design an algorithm to calculate the n heap into a pile of stones the minimum scores and maximum scores. Programming tasks: for a given n stack stone, into a pile of programming the calculation of the minimum scores and maximum scores.

一个用C++编写的倒序输出的程序，以及判断一个字符串是否为回文简单的程序。-a C output prepared by the reverse procedure, and determine whether a string of Palindrome simple procedure.

 主程序如下：绝对好使x=imread("lena.jpg");x=rgb2gray(x);[Edge,Numberofaera]=pcnn(x)

结构有限元计算程序，可进行岩土边坡有限元分析-Finite element calculation procedure can be carried out finite element analysis of rock and soil slope

一个马尔可夫模型的源码-a Markov model of the source

在模式识别中，尤其需要对一些样本进行分类，聚类分析是常用的方法，本程序基于最小最大距离的聚类原则实现对样本的聚类-At pattern recognition, in particular a number of samples required for classification, clustering analysis is a commonly used method, the procedure based on the smallest maximum distance of the cluster principle implementation on sample clustering

这是一个简单的算法，求解二维Navier斯托克斯方程在流体动力学。用FORTRAN90格式。此代码是由刘华飞了，opnenabla。也许很难

这个是关于DSP6713的一个FIR算法的实现，仿真以通过，可以直接观察波形，基本的使用时，产生波形后，在CCS的view下观看波形的产生/*  Purpose:FIR filter procedure for processing a group of data               *//*  Prototype in C:void fir_filter(const int x[],const int h[],              *//*                                 short y[],int n,int m,int s);              *//*  const int x[]：输入信号的缓冲数组，int类型，在滤波中不可修改              *//*  const int h[]：滤波器的系数数组，int类型，在滤波中不可修改                *//*  short y[]：输出信号的缓冲数组，short类型                                  *//*  n：滤波器长度，本例中为ORDER_FIR                 &nbs

建立了一种基于移动最小二乘(Moving Least-Squares MLS)法的曲线曲 面拟合方法 这种方法对传统的最小二乘(LS)法的作了比较大的改进 使生成的曲线曲面具 有精度高 光滑性好等许多优点 详细介绍了移动最小二乘法的原理 应用和特点 并且给 出了使用移动最小二乘法进行曲线曲面拟合的程序设计流程 最后给出了曲线拟合和空间散 乱数据曲面拟合算例 将拟合结果与最小二乘拟合结果作了比较 分析了 MLS 拟合曲线曲 面的光滑性和拟合质量 表明了该方法的优越性和有效性-Was established based on moving least square (Moving Least-Squares MLS) method of this curve and surface fitting method to the traditional method of least squares (LS) method was relatively large improvements to make the generated curves and surfaces with a precision of High smoothness, good detail, and many other advantages of the principle of least-squares method for mobile applications and features and gives the least-squares method using the mobile curve and surface fitting procedure design process Finally, curve fitting and spatial scattered data surface to be cost-effective cases of the results of the fitting results are compared with the least-squares fitting analysis of MLS fitting curves and surfaces smooth and fitting quality demon