这里实现了一个最优化控制的算法，牛顿梯度法的源代码，运行于matlab平台下。...

关于数组的一些算法，有关二分法排序的一些东西我感觉还不错，大家给指导一下看看有什么不足之处-Algorithm on some of the array, the sort of dichotomy something I feel good, tell everyone to see what the inadequacies of

多项式拟合 多项式拟合 多项式拟合 多项式拟合 多项式拟合-Polynomial polynomial polynomial polynomial polynomial polynomial polynomial polynomial polynomial fitting

详细的矩阵类的运用，加法，经调试过，可用-Detailed the use of matrices, addition, after debugging, and can be used

The SoundIn class provide a set of functions to interface a sound card for input signal. -SoundIn provide a set of function "s to a sound card interface for input signal.

它是关于一个命名集分区的源代码，是集分区问题中的一个acm

99表 直接生成99表。 比较简单的程序。可以了解简单的代码-99 Table 99 Table directly generated. Relatively simple procedure. Can understand simple code

这个是纯C写的连通域提取算法，速度和效率相对较快，在算法中采用了八领域的关系来确定是否是同一个连通域，有用的朋友可以自行下载，可以用于自己的工程当中。

功能强大的计算器，采用仿C语言表达式语法 并且给出表达式的逆波兰表达式，支持二十余种函数运算，程序经测试成功-powerful calculator, using fake C language syntax expression and expression is the inverse Poland expression, I support 20 species of Operational functions, procedures have been tested successfully

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.

排列组合的第归算法-permutations and combinations of naturalization Algorithm