GAUSS

Matlab program based on game theory of spectrum allocation

Abaqus subroutine with umat/vumat.

我写了个和MS的扫雷长象和玩法都一样,但我的有以下特别功能： 1 开始游戏第一下永远不会点到雷 2 (保存/恢复 )可以在任何时候保存游戏状态，可在任何时候恢复 3 100% 纯 JAVA 编写， 可以在任何系统上运行，比如苹果电脑和LINUX等 4 100% 公开源代码 这个游戏基于MVC架构编写. 把jar文件默认打开程序设为JAVA虚拟机，就可双击JMinesweeper来启动游戏，如果没有装JAVA虚拟机可以去SUN的主页上下载: http://jdl.sun.com/webapps/download/AutoDL?BundleId=9992 把JMinesweeper.jar用WinRAR或WinZip解压后，可以在解压文件夹中找到这个游戏的所有源码。-I wrote a MS-like mine, and games are played are the same, but I have the following functions : starting a game will never be the first to mine two points (preservation/restoration) can be preserved at any time, the game may be resumed at any time 3100% Pure Java prepared, any system running, such as Linux and Apple Computer as 4,100% of the open-source MVC framework based on the game prepared. put jar document procedures set by default to open Java Virtual Machine, JMinesweeper can double-click to start the game, if not installed Java Virtual Machine can go to the home page of the Sun Download : http://jdl.sun.com/webapps/download/AutoDL BundleId = 9992 J

武林外史WPE封包数据，包括最新的好东东！直接用WPE刷！有写刷物品地点！-Wulin AE packet data, including the latest good Dong! Brush the direct use of AE! Brush has written articles locations!

连续系统灰色PID的位置跟踪，先是采用PID控制进行灰色预测，然后采用带有灰色估计器的补偿PID控制(Continuous system to track the location of the gray PID, first used for gray prediction PID control, and then using a gray estimator compensation PID control)

运用matlab进行图像识别，显示出交通标志白线，运用hough变换(Using matlab image recognition, traffic sign showing a white line, using hough transform)

说明：  machine learning assignment

说明：  有slm、pts、clipping三种抑制papr并画出ccdf图的程序(SLM and PTS, clipping three inhibit papr and draw the figure of CCDF program)

圆度测量中用fft和ifft滤波,由于传统的rC滤波和2RC滤波.简单使用-Roundness measurement using fft and IFFT filtering, due to traditional rc 2RC filtering and filtering. Simple to use

第1、第2、第3章简单介绍Python版本选择、Python解释器的不同实现、Python的安装、开发环境的选择。 2. 第4章介绍了编写高质量代码的技巧，比如代码风格、项目代码结构、文档等等。(Chapters 1, 2 and 3 briefly introduce Python version selection, different implementations of Python interpreter, installation of Python and selection of development environment. Chapter 4 introduces techniques for writing high-quality code, such as code style, project code structure, documentation, and so on.)