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步进电机控制，直流电机控制，加法器，状态机等等经典的VHDL例子程序。-Stepper motor control, DC motor control, adders, state machines, etc. The classic example VHDL procedures.

A*优化算法，本算法能有效的选择最优路线。(A* optimization algorithm)

GrADS basemap压缩包，使用说明在文件中，解压后查看(GrADS basemap, the instruction is in the documents, please open it and check.)

雷达阵列信号信号处理工具箱,包括主动雷达和被动雷达雷达信号的建模与仿真,还有不少好的例子.-Radar Array Signal Signal Processing Toolbox, including the active radar and passive radar signal modeling and simulation, there are many good examples.

Miz702 ZYNQ开发教程20章，用于zynq器件的入门学习。(Miz702 ZYNQ Development Tutorial Chapter 20)

用开发的新版贪吃蛇游戏,支持连网功能,并可由玩家选择主角的外观和食物的外观.-with the development of the new Snake games, support networking function, players can choose from the protagonist"s appearance and the appearance of the food.

说明：  IAR_UART1_Mega128L点阵屏程序((ICCAVR all the library functions of the original source document is divided into two parts))

说明：  用 AD9910实现的DDS 线性调频信号,调试已通过 可以使用(DDS LFM signal realized by ad9910 has passed debugging and can be used)

本软件由ZHG用TC2.0开发，可用来进行简单画图、查看由本软件制作的图形文件以及使用配套函数show_bmp在C语言程序中直接使用已画好的图形。具体操作如下： 1.主界面上方为菜单栏，左边为工具栏。要使用请单击“新建”或“打开”按钮，退出可单击右上角椭圆。 2.进入后，可单击工具栏选择画笔、规则图形及颜色。左击图形库，画实线图，右击可画虚线图。在编辑区中，用左键拖动鼠标为画笔画图，右键拖动可画规则图形。（建议下载到D盘） -the software used by the TC ZHG development, which can be used for simple drawing, View from the software produced by the graphics files and the use of complementary functions in C language show_bmp procedures used directly Painting has good graphics. Specific operations, as follows : 1. The main interface to the top menu bar, as a tool for the left column. To use click "new" or "open" button, can withdraw from the upper right elliptical. 2. After entering, click column selection brush tool, rules and color graphics. Left attack graphics library, painting solid lines map, right click on the dotted line can be painted map. Editing area, and use the mouse to point and drag brush painting, the right-scrolling graphics rules can be painted. (D downloade

说明：  附有建模文档，和支撑论文，使用simukink建模(With modeling documents and supporting papers, use simukink to model)