I downloaded off the Internet and debug off, and the full realization of NIOS un...

基于FPGA的图像采集卡的设计与相关说明-FPGA-based design of frame grabbers and related note

说明：  实现在屏幕上显示绿色和红色相间的水平条纹。其中，vga_640x480模块将产生行同步信号hsyn和场同步信号 vsync; vga_stripes模块将产生red、green和blue三个输出。(The horizontal stripes of green and red are displayed on the screen. Among them, vga_640x480 module will produce line synchronization signal Hsyn and field synchronization signal vsync; vga_stripes module will produce red, green and blue three outputs.)

这是一个很实用的，很实用的，关于软件的使用，大家可以来看看。-This is a very practical, very practical, with regard to the use of software, everyone can come and see.

In computer storage, multipath I/O is a fault-tolerance and performance enhancement technique whereby there is more than one physical path between the CPU in a computer system and its mass storage devices through the buses, controllers, switches, and bridge devices connecting them

fpga，主要功能是实现n*n图像的旋转，源程序代码，(fpga, main function is to achieve the n* n image rotation, source code,)

顶级模块名称是 "_register32"。它包括许多包括 files(instance)、 _dff、 _dlatch、 和盖茨。 你可以看到整体的图表中，像 RTL 查看器后, 合成。 _register8 包含在顶部模块

AES 128 bit with various device interface on FPGA

Verilog HDL实现的I2C Slave模拟-achieve the Verilog HDL simulation I2C Slave

用vhdl编写的主从式代码，会比较接近，它涉及i2c接口，主从式，每行都有注释，我建议如果你想对代码进行编辑就使用灵活的编辑器

说明：  资料是本人根据相关文献资料用vhdl语言编写的旋转机械鉴相信号倍频的程序，multifre1.vhd是倍频程序，multifre1.vwf是仿真波形文件，stp1.stp是虚拟逻辑分析仪signaltap文件。该倍频程序可以直接使用，可以设置倍频数，修改实体参数N即可。(According to the literature data is the information I have written in with vhdl Rotating Machinery Kam believe that the procedure multiplier number, multifre1.vhd is the multiplier process, multifre1.vwf is the simulation waveform files, stp1.stp a virtual logic analyzer signaltap file. The multiplier process can be used directly, you can set the multiplier number, modify the parameter N can be solid.)