本文介绍了使用verilog语言进行硬件设计的一些基本技巧

说明：  Simple UART for FPGA is UART (Universal Asynchronous Receiver & Transmitter) controller for serial communication with an FPGA. The UART controller was implemented using VHDL 93 and is applicable to any FPGA. Simple UART for FPGA requires: 1 start bit, 8 data bits, 1 stop bit! The UART controller was simulated and tested in hardware.

用vhdl实现脉冲宽度可控的一简单程序 仿真环境MAXPLUS--use VHDL to achieve controllable pulse width of a simple process simulation environment Segments-

Design of a GF(64)-LDPC Decoder Based on the EMS Algorithm

说明：  基于FPGA的Veilog HDL实现代码，简单明了，希望能帮助verilog的初学者……(ＤＤＳ　based on Verilog ＤＨＬ for FPGA　)

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)

利用FPGA实现的脉宽测试技术,基于VHDL,测试误差为时钟周期-Use of FPGA technology to achieve the pulse-width test, based on VHDL, test error of clock cycles

频率计介绍了用VHDL语言编写的频率计的程序，详细编写了如何测频，如何计数频率。-Cymometer introduce VHDL language with the frequency of the procedure in detail how to prepare a frequency measurement, how to count the frequency.

VHDL源代码包-VHDL source code

基于ＦＰＧＡ平台，实现了直接数字频率合成。-FPGA-based platform, to achieve a direct digital frequency synthesis.

verilog编写的数字信号发生器NCO用CORDIC方法实现产生sin cos信号，流水线结构，简单实用。(verilog prepared by the digital signal generator NCO using CORDIC method implementation generate sin cos signal, pipelined architecture, simple and practical。)