Qt朴素贝叶斯算法代码

纯c语言写的五子棋. 标准c程序, 可以在任何编译器上运行. 自带简单的AI系统, 可以和人对弈-Written in pure c language backgammon. Standard c program that can run on any compiler. Comes with a simple AI system that can and human chess

神经网络算法，主要介绍基本神经网络。

程序生成一个数组，然后对它使用插入排序和快速排序方法进行排序。在屏幕上的输出显示了这两种方法来对数组排序，所花的时间。在编译后的程序以及创建输出文件，在 project 的文件夹命名为的 Array.txt，你可以在这里看到如何生成的矩阵的样子，怎么它被排序，也多少时间就能对它进行排序。

这是程序使用指针和结构来保存和重新调用数据 主要的选择是： 添加新的学生数据、 删除学生数据、 编辑学生数据、 显示所有学生数据

本文直接应用Wilczak等人[1]提出的算法，从倾斜角度校正声波风速仪记录的风分量。它与双旋转和三旋转算法进行了比较。本提交文件包含：4个示例文件：exampleu PF.m、exampleu rot2.m和exampleu rot3.m以及exampleu frictionVelocity.m-函数tiltCorrection.m；

Displays a rotatable and scaleable wire frame of any 3D mathematical function. This can be made up from the normal VB maths plus inverse and hyperbolic functions. Functions can be created and saved as wanted. Image vertices can also be saved for use elsewhere. The MS ScriptControl Eval function simplifies calculations enormously and its use is demonstrated. Also shown are MoveToEx, LineTo which are much faster than the VB equivalents and very easy to use. Included are a set of string handling subroutines such as count characters, squeeze out spaces, replace sub-strings etc. Commented throughout including the 3D maths and perspective methods. All the files are visible and the program is written for an 800x600 screen.

并行编程中Monte Carlo方法求π值的程序说明（具体采用MPI＋C语言实现）-Parallel programming methods in the Monte Carlo description of the procedures seek π value (specific language using MPI C)

这是一个代码初始化和使用爱特梅尔在屏幕液晶书写和编程上atmega16a同样是一个代码使用4X4键盘matricila

看论坛上有个要钱的关于数学运算表达式的东西，之前写过一个关于数学表达式的单元，现免费发给大家了，当然因为只是临时用才写的，有些粗糙，请原谅。-Have a look forum money on things mathematical expressions, written before the mathematical expression on the cell, is distributed free to the U.S., of course, because it is only a temporary use only written, some rough, please forgive me.

双边滤波算法的实现，运用pcl库中的第三方库可以进行点云滤波。~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~