CTM DAGANZO SIMILATION

这是一份用C语言实现的SMO算法代码，代码十分简练、清晰，适合学习和进一步开发，为了便于更好的理解代码，阅读前请先了解关于SMO的理论知识。

旅行商问题 某售货员要到若干城市去推销商品，已知各城市之间的路程（或旅费）。他要选定一条从驻地出发，经过每个城市一遍，最后回到驻地的路线，使总的路程（或旅费）最小。 例如：给定4个城市{1，2，3，4}及其各城市之间的路程 最优路线是1,3,2,4,1， 其最短路程是25-a salesman, traveling salesman problem, a number of cities to sell commodities, the known distance between the city (or travel). He selected from a resident, after each city again, the last resident to return to the line, making the total distance (or travel) is the smallest. For example : given four cities (1,2,3,4) and the distance between the city optimal route is 1,3,2,4, 1, the shortest distance is 25

经典的修道士和野人过河问题， 1、可以选择修道士和野人的人数， 2、可以输出过河的详细方案， 3、代码清晰含注释，

灰色关联分析法的基本思想是根据各比较数列集构成的曲线族与参考数列构成的曲线之间的几何相似程度来确定比较数列集与参考数列之间的关联度，比较数列构成的曲线与参考数列构成的曲线的儿何形状越相似，其关联度越大。程序能够运行出正确的结果，希望对各位有帮助。

GCV Generalized cross-validation.广义交叉校验,用做非线性时间序列的计算，非常有用，找了好久才找到的。不要错过机会哦-GCV Generalized cross-validation. Generalized cross-validation, using nonlinear time series to do the calculation, is very useful to find for a long time to find the. Oh, do not miss the opportunity to

/////////////////////////////////////////////////////////// // A*算法 最优寻路算法 // 算法是一种静态路网中求解最短路最有效的算法 // 1）公式表示为： f(n)=g(n)+h(n), 请点击左侧文件开始预览 ！预览只提供20%的代码片段，完整代码需下载后查看 加载中 侵权举报

计算两个向量间的欧氏距离，初始化聚类中心,参数设定默认值 -two vector calculation of Euclidean distance, initialize the cluster center, parameter set default values

偏微分方程的解法大全，数值分析应用非常好的程序。-Partial Differential Equation Daquan, a very good application of numerical analysis program

随机算法的c++源代码，程序结构清晰，便于理解-Stochastic Programming

The cart with an inverted pendulum, shown below, is "bumped" with an impulse force, F. Determine the dynamic equations of motion for the system, and lin earize about the pendulum s angle, theta = Pi (in other words, assume that p endulum does not move more than a few degrees away from the vertical, chosen to be at an angle of Pi). Find a controller to satisfy all of the design re quirements given below. -The cart with an inverted pendulum, shown below, is "bumped" with an impulse force, F. Determine the dynamic equations of motion for the system, and lin earize about the pendulum s angle, theta = Pi (in other words, assume that p endulum does not move more than a few degrees away from the vertical, chosen to be at an angle of Pi). Find a controller to satisfy all of the design re quirements given below.