用FPGA实现CRC算法，只用一个脉冲就能实现，比传统的移位算法大大节约时间...

8051的verilog实现，内附testbench,c语言调试程序-8051 verilog achieve, enclosing testbench, c language debugging procedures

说明：  lattice的官方8b10b代码, 1012年版本，diamond3.5编译。(lattice 8b10b encoder decoder code)

基于matlab和vhdl的通信原理gmsk调制算法，主要包括GMSK相位路径的计算,GMSK眼图的仿真以验证相位计算的正确性,正余弦表的量化及bin文件的生成,以及用VHDL硬件语言所描述的基于EPM7128的地址逻辑.(Matlab and vhdl based on the principle gmsk Modulation of communication, including GMSK phase path calculation, GMSK eye diagrams of the simulation to verify the correctness of the phase calculation, is the cosine table generating quantitative and bin files, and using VHDL hardware description language logic based on the address of EPM7128.)

无线通信FPGA设计Matlab Verilog代码(Wireless FPGA design Matlab Verilog code)

对MAX5250芯片进行控制，实现DA转换输出。(Controlling MAX5250 Chip)

基于DE2-115开发板设计的一个数字钟，能进行正常的小时、分、秒计时功能，并分别由开发板上面的数码管显示秒（60s）、分（60min）、小时（24hours）的时间。并具有手动调整时间的功能(DE2-115 board design based on a digital clock, and enables the normal hours, minutes, seconds chronograph function, and were above the development board digital display seconds (60s), points (60min), hours (24hours) time . And has a function to manually adjust the time)

Verilog HDL语言编写异步FIFO(Verilog HDL language, asynchronous FIFO)

一个关于VERILOG与VHDL混合编程，混合验证的资料(A hybrid programming on VERILOG and VHDL, mixed verification data)

基于Verilog+HDL设计CAN控制器,详细介绍各功能模块的设计。本论文的重点是CAN总线通信控制器的前端设计。即用Verilog HDL语言完成CAN协议的数据链路层的RTL级设计，实现其功能，并且能够在FPGA开发平台Quartos上通过仿真验证，证明其正确性(Verilog+ HDL-based design of CAN controller, detailed design of each functional module. This paper focuses on the CAN bus communication controller front-end design. Verilog HDL language that is used to complete the data link layer CAN protocol the RTL-level design, to achieve its function, and can be on the FPGA development platform Quartos by simulation to prove its correctness)

基于IEEE802.11n标准,采用verilog语言设计的(2,1,7)卷积码viterbi译码器,支持1/2,2/3,3/4,5/6四种码率的译码,以测试无误(IEEE802.11n standard Verilog language design (2,1,7) convolutional code viterbi decoder support 1/2, 2/3, 3/4, 5/6 four bit rate decoding to test and correct)