Xilinx的FPGA开发DEMO例程，功能相对来说比较全面，适合新手参考。...

该程序实现的是n位全加器，首先用与非门实现一位全家器，最后实现n位的全加器。-the program is to achieve the n-bit full adder, first using the door with non-realization of a family- and finally realize the full n-bit adder.

此功能是实现曼彻斯特编码的Verilog代码，经过在xilinx sp6上实际运行证实可行。(This function is to achieve the Manchester code Verilog code, through the Xilinx SP6 actual operation proved.)

说明：  xilinx SP6系列的3-8译码器实现(Implementation of Xilinx SP6 Series 3-8 Decoder)

verilog编程语言的讲解，有电子科技大学出版(verilog programming language to explain, there is the University of Electronic Science and Technology Publishing)

自动白平衡的verilog实现 通过逻辑实现了白平衡算法(awb design awb design awb design awb design awb design )

自己完成的项目，成功用vhdl语言实现数字跑表，可存储。

8位加减器，八位减法器与加法器，用过一个控制端可以自由变换，采用移位加法方式，用途广泛，利用减法位补码加法的理论实现。(8 addition and subtraction, eight subtractor and adder, used a control terminal can freely change the using Shift addition, a wide range of uses, the use of subtraction complement addition theory to achieve.)

说明：  RISC全部源码，包含仿真文件，使用makefile脚本编写，能通过vcs编译(RISC all source code, including simulation files, using makefile script, can be compiled through VCS)

基于QuartusII环境下以模块化的形式做成的视频复合同步信号。(QuartusII-based environment to create the form of modular composite video sync signal.)

RS(255,223)编解码算法。verilogHDL代码实现，在XILINX的芯片上得到验证。不包含任何IP核，方便移植到任何FPGA芯片。(RS (255223) encoding and decoding algorithm. VerilogHDL code to achieve, in the XILINX chip to be verified. Does not contain any IP core, easy to transplant to any FPGA chip.)