不使用递归的快速排序法

在vc中调用matlib得时候，需要一些引擎文件，在这里已经全部包含。-in vc call matlib in time and need some engines, has been here all included.

基于梯度和结构张量的角点检测算法，调试梯度时将结构张量的那部分变成注释，调试结构张量时同理，效果明显，对比度强，程序简单易懂

这个是数学上非常有名的菲波那契数列，对于初学VC的人来说是个很有意思的小程序，一对兔子出生二个月后，每个月会生一对小兔子，小兔子从第二个月起也可以生一对新的小兔子，N个月后，共有多少对兔子？程序对学生成绩进行统计，并输出各科平均成绩。-very famous Fibonacci series, for the beginners VC is a very interesting small program, a month after the birth rabbits, each month : a small rabbit, the rabbit small starting from the first 12 months of Health also a new small rabbits, N months later, the total number of the rabbit? Procedures for student performance statistics, and output sections average scores.

这是调车作业的院子里表达式求值算法 ！！表达式转换成后缀 & 然后评估使用堆栈和队列 ！！

中值滤波算法，利用intel的mmx技术，速度比普通快上几十倍-median filter, using the MMX technique from Intel, the speed is quite promising when compared to normal one

98年全国大学生数学建模竞赛B题“水灾巡视问题”，是一个推销员问题，本题有53个点，所有可能性大约为exp(53),目前没有好方法求出精确解，既然求不出精确解，我们使用模拟退火法求出一个较优解,将所有结点编号为1到53,1到53的排列就是系统的结构,结构的变化规则是:从1到53的排列中随机选取一个子排列,将其反转或将其移至另一处,能量E自然是路径总长度。具体算法描述如下：步1： 设定初始温度T，给定一个初始的巡视路线。步2 ：步3 --8循环K次步3：步 4--7循环M次步4：随机选择路线的一段步5：随机确定将选定的路线反转或移动，即两种调整方式：反转、移动。步6：计算代价D，即调整前后的总路程的长度之差步7：按照如下规则确定是否做调整：如果D0,则按照EXP(-D/T)的概率进行调整步8:T*0.9-->T,降温-98 National Mathematical Contest in Modeling B and that the "flood inspections", is a salesman problem, and that is 53 points, all possibilities about exp (53), there is no good way to get accurate solutions, since no exact solution for, we used simulated annealing France obtained an optimum solution to all nodes to a number of 53 to 53.1 is with the system structure, changes in the structure of the rules is : from 1-53 with a randomly selected with a son, to reverse or to move it to another, the energy E is the natural path length. The specific algorithm is described as follows : Step 1 : The initial set temperature T,

初学者入面C++练习，是关于对话框文件的一个简单应用程序实例，在运行过程中，会弹出对话框，然后你可以在对话框内输入一些内容，完成一些基本的运算。。希望这个小程序会对你有用

一本关于FDTD算法的书。 介绍了FDTD基本理论和一些实际的应用-FDTD algorithm on a book. FDTD introduce the basic theory and some practical applications

级数展开法计算圆周率精确到千万位以上-Series calculated pi accurate to more than 10 million

分布性一致性算法的Isabella验证 we introduce a novel Broadcast-Free Algorithm that solves Consensusproblem in the presence of a Weak-Fairness property and an unreliablefailure detector -property, in asynchronous distributed systems, and later itsformal verication. The Broadcast-Free Algorithm Model is dened as a globaltransition system that is unambigously generated by local transition rules. At thesystem run, the algorithm model attempts involves two concepts : one to systemrun represents a innite computation and one to asynchronous communicationbetween processes without Broadcast.