计算三次样条插值函数

这是一个经典的社团划分，采用GN算法思想， 基本上是从昨天开始吧，着手复杂网络的GN算法，整个过程包括从GML文件中提取邻接矩阵数据，GN算法的实现，模块度的计算。 （1）GML文件的读取。做GN的时候首次知道GML（Graph Model Language）,GML (Graph Modelling Language): There are many different programs that work with graphs but almost all of them use their own file format. As a consequence, exchanging graphs between different programs is almost impossible. Simple tasks like exchange of data, externally reproducible results or a common benchmark suite are much harder than neccessary. Therefore, we have developed a new file format for the Graphlet system: GML. GML supports attaching arbitrary information to graphs, nodes and edges, and is therefore able to emulate almost every other format. 从上面的英文中我们可以知道，GML是一种文件格式，试图统一大家对图结构的表达形式。这样，会很方便大家的交互，比如程序的利用。我们主要工作是从GM

用一个具有52个元素的数组（如char p[52][5]）存放这52张牌的内容，如P_i表示黑桃、H_i表示红桃、C_i表示梅花、D-i表示方块；程序中可以首先初始化该数组，然后显示菜单等待用户选择输入，用户选择“发牌”，程序调用“发牌”函数；在发牌函数中，可使用C 中的产生随机数的函数（参看rand(),srand(),random()等函数的使用说明）一个随机数m，选取一张牌{p[m]}，将其与最前面的牌交换位置，即将选取的牌放在最前面；然后对数组p余下的牌重复选取操作，直到所有牌均重排列；最后按13行*4列输出发牌结果

这个是PC端实现MP3编解码，通过浮点型double类型，实现比较复杂！

资源描述将模糊神经网络应用于基于技术的室内定位系统， 提出一种基于模 糊神经网络的室内定位算法， 算法将参考标签数据作为神经网络的训练样本， 建立 “标签接收信号强度与标签读写器间距离” 的映射模型然后利用最小二乘解确 定目标的位置坐标同时， 对比了传统神经网络和网络在建模和定位中的性能 在仿真和硬件平台测试中， 模糊神经网络都要比表现出更优异的性能， 表明基于模糊神 经网络的算法更适合于系统

复数运算库- Complex operation storehouse

牛顿差商与差分计算函数，用C语言实现，设计了多个子函数，代码略长，可供参考-Newton" s difference quotient and the difference calculation functions, using C language implementation, design a number of subroutine, the code slightly longer available for reference

常用算法的C程序。主要内容包括多项式的计算、复数运算、随机数的产生、矩阵运算、矩阵特征值与特征向量的计算、线性代数方程组的求解、非线性方程与方程组的求解、插值与逼近、数值积分、常微分方程组的求解、数据处理、极值问题的求解、数学变换与滤波、特殊函数的计算、排序和查找。-Commonly used algorithm of C procedures. Include polynomial terms, complex computation, random number generation, matrix operations, matrix eigenvalue and eigenvector calculations, linear algebra equations, nonlinear equations with the equations, interpolation and approximation, numerical integration, solving ordinary differential equations, data processing, for solving extremum problems, mathematical transformation and filtering, the calculation of special functions, sorting and search.

The command prompt version of the Edge Detection and Image SegmentatiON (EDISON) System provides a versatile environment for performing confidence based edge detection and synergistic image segmentation through the definition of user defined scripts. In an EDISON script one specifies the system parameters, input, output, and operations. The system functionality is facilitated through a simple set of commands and parameters described in the following sections. 

一个绝好的数学公式计算类，支持多种数学公式的快速计算-a wonderful class of mathmatica fomula computing,supporting many formulas computing

#include   #include   #include   #include   #include   char gcText[] = " WWWWWWW";  struct tetris {      int _pool[16][32], (*pool)[32], tmap[8][4][16];      int x, y, s, st, t;  }gt;  void trsInit() {      int sp[8][4]