径向基RBF多维空间插值算法，用于空间散乱点曲面重建，优于多项式插值-RBF RBF multidimensional spatial interpolation algorithm for space scattered surface reconstruction, better than polynomial interpolation

对卡尔曼滤波的原理进行了详细的介绍。并且有具体的程序，可以进行学习和仿真！-The principle of Kalman filtering was introduced in detail. And there is a specific process, can study and simulations!

三维点云重建，有较好的结果，是用贪婪投影算法实现的，可以将pcd格式的点云数据保存为有面片的ply格式的点云数据

MP3播放器： 利用API函数[mciSendString]可以轻松实现MP3音乐文件的播放。下面这段程序实现了MP3播放的大部分常规操作，对其稍加修改，做一个100KB大小的MP3播放器轻而易举 启动VB程序，在窗体上放置6个命令按钮，三个标签，一个公用对话框、一个进度条、一个状态栏和一个计时器，窗本的布置请参考附图 按钮"Open MP3 File"是用来打开对话框选择MP3文件，其他5个按钮分别为Play(播放)、Pause(暂停)、Stopplay(停止播放)、Back(向后跳跃)、Prew(向前跳跃)。Label1用来表示歌曲当前时间；label2放在时度条的最左边，Caption属性为"00：00"；lable3放在时度条的右边，用来表示歌曲总长。-MP3 player : API function [mciSendString] can easily MP3 music player. Below this program of the MP3 player most of the conventional operation, its slightly modified, so the size of a 100KB MP3 player easily activated VB procedures, the forms to place orders six buttons, three label, a common dialog, a progress of a status bar and a 000 timer, the window layout of the buttons refer to the attached map. "MP3 File Open" is used to open the dialog box choose MP3 files, the other five buttons for Play (player), Pause (suspended), Stopplay (Cessation of players), Back (backwards jump), Prew (leap forward). Label1 songs said to the current time; Label2

用C++语言实现的基于小波分析的源代码,实现了小波分析的诸多算法-With C++ Language based on wavelet analysis of the source code, the realization of the wavelet analysis of many algorithms

北大ACM试题poj 第3065题源码，很好的代码，希望对搞ACM的同学有帮助 -Peking University ACM Chapter 3065 question Question poj source code, good code, and want to help students engage in ACM

吸尘机器人全覆盖算法仿真源码,希望对大家有用-Robot vacuum cleaners cover the whole source simulation algorithm, in the hope that useful to everybody

采用有限元法计算半导体的带隙结构和波函数。-using the finite element method to calculate the bandgap semiconductor structure and the wave function.

矩阵乘法并行计算canon算法实现，用MPI做消息传送，能够快速实现多维矩阵的乘法运算

利用数学算法的公式求逆矩阵并用三个函数表示。-use mathematical algorithms for solving the inverse matrix function using three said.