自己的学习GTK+的时候写的程序。

GAsvm_fangzhen.m为spike仿真信号基于遗传算法一支持向量机分类的程序，工具箱gatbx[Sheffield]为sheffield大学的MATLAB遗传算法工具箱。

从出版社求得的经典数值算法-Press obtained from the classical numerical algorithm

这是一个超声波发射的控制电路的设计,可以发出连续的单载波脉冲.-This is an ultrasonic launch control circuit design, a continuous single-carrier pulse.

简要的Gauss列主元消去法，很实用，用matlab实现，还有一个图例，程序说明很详细-brief Gauss main-element elimination, very practical, using Matlab to achieve, there is a legend, a very detailed description of the procedures

矢量的快速排序-Quick sort of vector

复杂网络的生成，度以及聚类系数以及其它方面的研究。-The generation of complex networks, degree and clustering coefficient, as well as other research.

该压缩包内包含了常用的最优化源码，均是利用C++实现的，其中包 扩DFP, 单纯形, 共轭梯度法, 内点法, 外点法, 内外点法，这些算法均在程序中实现，相信对初学最优化算法的会有很大的帮助

#include #include using namespace std; #define SELECTSORT      1 #define INSERTSORT      1 #define BUBBLESORT      1 #define SHELLSORT       1 #define QUICKSORT       1 #define MERGESORT       1  template

％ [nearest_neighbours] = find_nearest_neighbours( database, desc, max_dist ) ％ Find the indices of the nearest neighbours of the given desriptors in the近邻点寻找算法，在非线性时间序列中很有用，是常用的算法- [Nearest_neighbours] = find_nearest_neighbours (database, desc, max_dist) Find the indices of the nearest neighbours of the given desriptors in the neighbor-point search algorithm, the nonlinear time series of very useful, is a commonly used algorithm

哲学家问题的简单实现- The philosopher question simply realizes