克鲁斯卡尔算法

计算机图形处理学科中的一些基本功能的实现（压缩，线性滤波，水平镜像等等）

k-means 算法的工作过程说明如下：首先从n个数据对象任意选择 k 个对象作为初始聚类中心；而对于所剩下其它对象，则根据它们与这些聚类中心的相似度（距离），分别将它们分配给与其最相似的（聚类中心所代表的）聚类；然后再计算每个所获新聚类的聚类中心（该聚类中所有对象的均值）；不断重复这一过程直到标准测度函数开始收敛为止。-k-means algorithm process as follows: First of all, the object data from the n choose k object as initial cluster centers and the remaining for the other object, then according to their cluster center with those of the similarity (distance) respectively assigned to them with the most similar (represented by cluster center) clustering obtained and then calculated for each new cluster center clustering (all objects in the cluster mean) repeated this process until the standard measure of function until the beginning of convergence.

差分脉冲编码调制（DPCM）是一种高效的数据压缩技术

程序只产生均值为0，方差为1的随机数，要产生均值为E,方差为D的随机数，只要随机数*D+E就可以了。高斯随机数程序还是带参数的，参数是用来描述正态分布的一个浮点数表。在执行程序时，先生成这个表（只做一次），而后就可以任意多次地执行高斯随机数产生程序了。使用C是为了保证通用性，如果有人觉得麻烦，可以用C++做个类，把这些东西都封装进去。另外，如果有人有兴趣，也可以把它修改成任意形式分布的连续随机数产生程序，修改非常简单，这里就不提示了。-procedures have only mean of 0 and variance for a random number to produce the mean E, D variance for the random number, as long as a few random E* D on it. Gaussian random process parameters or with the parameter is used to describe a normal distribution of the float table. In the implementation process, Mr. into the table (one-off), and you can repeatedly arbitrary implementation Gaussian random number generator proceedings. The use of C is to ensure commonality, if someone finds trouble, can be used to be a Class C, all these things into account Packaging. Also, if someone is interested, can you change the form of arbitrary distribution of continuous random number generator procedure is very simple changes, I will not be sacrificed as a result.

本文从理论上推导出CRC 算法实现原理，给出三种分别适应不同计算机或微控 制器硬件环境的C 语言程序。读者更能根据本算法原理，用不同的语言编写出独特风格 更加实用的CRC 计算程序。-This paper theoretically deduced from the principles of CRC algorithm is given three separate computers or micro-controller to adapt to different hardware environment of the C language program. According to this algorithm the reader a better theory, in different languages a unique style of the CRC calculation program more practical.

这是一个高功能的目标跟踪程序。 实现了背景变换下的目标跟踪。（摄像头什么的可以转了）但是相对的， 对系统的资源要求也非常的高。 

资源描述Frechet距离广泛用于计算两曲线之间的距离。这个程序提供了在平面上的两条曲线的计算方法。

利用数值分析方法进行数据拟合#include #include #include void main() { int i; float a[3]; float x[16]; float y[16]; void Approx(float[],float[],int,int,float[]); Approx(x,y,16,2,a); for(i=0;i

用c++编的进程调度算法-With c++ Made the process of scheduling algorithm

近年数学建模竞赛优秀论文，具有较大参考价值-Mathematical Contest in Modeling in recent years excellent papers, with a larger reference value