基于labview的数据采集系统，包括示波器和函数信号发生器，可以实现简单数据采集.(Labview-based data acquisition system, including oscilloscopes and function signal generator, can achieve a simple data acquisition.)

用Vrilog产生一个混沌信号，并用MATLAB仿真，画出波形。(With Vrilog generate a chaotic signal simulation using MATLAB, draw the waveform.)

altera官方的各种有用的参考资料，都是自己收集的，遇到问题可以很方便的查看(altera official variety of useful references, are their own collection, problems can easily view)

pex8311代码实现 altera的fpga 代码编程 实现本地读写 pex8311_test

控制ADV212 压缩的源代码 使用xilinx edk开发环境(adv 212 controller, using xilinx edk)

基于FPGA的VGA控制器，可在屏幕显示彩色条纹(A vga controller based on FPGA)

是用于pci开发的核，可以将硬件的信息映射到然间上来 节省出开发人员用于了解硬件的时间 (Pci developed for nuclear, hardware information can be mapped to the inter-ran up to save the developers time to understand the hardware)

Link the VGA adapter located in the altera DE2board to a monitor

1、固定红色显示一个汉字或图形，显示亮度4 级可调，用一个btn 按钮实现亮度调节，亮度变化视觉效果要尽量明显。2、用从红到绿 8 级渐变色显示一个固定汉字或图形。3、分别用单字循环显示、左右滚动显示、上下滚动显示三种显示方式单色显示四个汉字或图形，显示过程中，显示方式用一个btn 按键进行切换。4、显示的图形或汉字要尽量饱满美观。

? 熟悉IIC协议总线协议，采用IIC总线对图像采集传感器寄存器进行配置，并转换为RGB565格式。 ? 利用异步FIFO完成从摄像头输出端到SDRAM 和SDRAM 到VGA 接口各跨时钟域信号的传输和处理。 ? 利用 SDRAM 接口模块的设计，实现了刷新、读写等操作；为提高SDRAM 的读写带宽，均采用突发连续读写数据方式；并采用乒乓操作实现 CMOS 摄像头与VGA的帧率匹配。 ? 利用双线性插值方法实现对图像640×480到1024×768的放大操作。 ? 完成VGA显示接口设计。(Familiar with IIC protocol bus protocol, IIC bus is used to configure the register of image acquisition sensor and convert it into RGB565 format. Asynchronous FIFO is used to transmit and process signals across clock domain from camera output to SDRAM and SDRAM to VGA interface. With the design of SDRAM interface module, refresh, read and write operations are realized. In order to improve the read and write bandwidth of SDRAM, burst continuous read and write data mode is adopted, and table tennis operation is used to achieve frame rate matching between CMOS camera and VGA. The bilinear interpolation method is used to enlarge the image from 640*480 to 1024*768. Complete the VGA display interface design.)