IEEE 802.3 Cyclic Redundancy Check参考设计，xilinx提供

本文分析比较了实现开方运算的牛顿一莱福森算法、逐次逼近算法、非冗余开方算法种算法,并给出了基于的开方器的实现方法(Root operation FPGA-based implementation.pdf)

说明：  All AMBA bus protocols - AXI3, AXI4, AXI4-Lite, ACE, AHB

AD768产生锯齿波的源码，DA转化的最基本操作。(AD768 sawtooth source code, the basic operation of DA conversion.)

说明：  用MATLAB设计及FPGA实现IIR滤波器的方法 摘要 本文介绍了IIR数字滤波器的传统设计思想与步骤及计算机辅助设计方法。并在FPGA上高效实现的低阶IIR滤波 器，其阶数低，实时响应快，适合雷达等的实时、高效处理环境。利用IIR滤波器的多相结构来实现该滤波器系统的方法，对于 四通道的情形在MATLAB上利用Simulink作了仿真, 并在目标板上对算法进行了实现,证明该系统能够同时处理四个通道的信号。(Using MATLAB Design and FPGA realization IIR Filter method Abstract This paper introduces IIR digital filter traditional design Thought and steps and CAD method. And FPGA on efficient realization low IIR filter, its order low, real response fast suitable radar real time, efficient processing environment. Use IIR filter multiphase structure realize the filter systematic method, for four channel circumstances in MATLAB on use Simulink made simulation and target board algorithm was realized proved system can simultaneously four channel signal.)

有实验结果,用MOSIN6编写的,是Verilog HDL语言实现的. 练习三 利用条件语句实现计数分频时序电路 实验目的： 1. 掌握条件语句在简单时序模块设计中的使用； 2. 学习在Verilog模块中应用计数器； 3. 学习测试模块的编写、综合和不同层次的仿真。 练习四 阻塞赋值与非阻塞赋值的区别 实验目的： 1． 通过实验，掌握阻塞赋值与非阻塞赋值的概念和区别； 2． 了解阻塞赋值与非阻塞赋值的不同使用场合； 3． 学习测试模块的编写、综合和不同层次的仿真。 -The experimental results are used to prepare MOSIN6 is achieved Verilog HDL language. Practice the use of conditional statements to achieve the three sub-frequency timing circuit count experimental purposes: 1. Have conditional statements in the simple timing of the use of modular design 2. Learning modules in the Verilog Application of counter 3. to learn the preparation of the test module, integrated and different levels of simulation. Practicing the four blocking assignment with the distinction between non-blocking assignment experimental purposes: 1. Through experiments, hands blocking assignment with the concept of non-blocking assignment and distinction 2. Understanding of blocking and nonblocking assignment assignment usi

任意数据发生器的源代码-arbitrary data source code generator

自己编写的，浮点数与整数之间的转换的Verilog HDL实现(Written by myself, it is converted into Verilog HDL integer floating point implementation)

该部分的主要功能是完成基于FPGA的polar码编码。(The main function of this part is to complete the FPGA-based polar code coding.)

一个简单移位寄存器代码，verilog HDL编写(a simple shift register example，write with verilog HDL)

说明：  da的代码,在VHDL的编译环境下的开发。是一种集约的形式。(DA convert)