GF_2_m_域乘法器的快速设计及FPGA实现，对于rs编翼码的理解和设计有帮助...

这是使用systemgenerator的一个入门程序和范例使用matlab和system generator共同实现，并配有教学文档，清晰简单，易懂(This is an entry using systemgenerator procedures and examples using matlab and the system generator together to achieve, and with a teaching document, clear and simple and easy to understand)

huffman transform in vhdl language

使用IEEE.STD_LOGIC_1164.ALL; - 取消对以下库声明，如果用符号或无符号值using--算术功能 - 使用IEEE.NUMERIC_STD.ALL; - 取消对以下库声明如果instantiating--任何Xilinx基元在这代码.--库UNISIM; - 使用UNISIM.VComponents.all;实体看门狗端口（SYSRST：在STD_LOGIC; SYSCLK：在STD_LOGIC; WR：在STD_LOGIC; DATAIN：在STD_LOGIC_VECTOR（7 DOWNTO0）; RESETOUT：出STD_LOGIC; debugStates：出STD_LOGIC_VECTOR（1 DOWNTO0）; debugDivider：出STD_LOGIC; debugFlag：出STD_LOGIC）;年底看门狗，看门狗建筑行为issignal timeoutSelect：STD_LOGIC_VECTOR（1 DOWNTO0）;信号timerRestart：STD_LOGIC;信号timerEnable：STD_LOGIC;组件wdtcntl端口（调试：出STD_LOGIC_VECTOR（1 DOWNTO0）;系统时钟：在STD_LOGIC; SYSRST：在STD_LOGIC; WR：在STD_LOGIC; DATAIN：在STD_LOGIC_VECTOR（7 DOWNTO0）;重新启动：从STD_LOGIC; timerEnb：出STD_LOGIC; timerSel：出STD_LOGIC_VECTOR（1 DOWNTO0））;最终组件;组件wdt_timer端口（dbDivider：出STD_LOGIC; DBFLAG：出STD_LOGIC; SYSRST：在STD_LOGIC; SYSCLK：在STD_LOGIC;启用：在STD_LOGIC;重启：在STD_LOGIC; RESETOUT：出STD_LOGIC; timeoutSel：在STD_LOGIC_VECTOR（1 DOWNTO0 ））;结束部分; begincontroller：wdtcntl端口映射（debugStates，系统时钟，SYSRST，WR，DATAIN，timerRestart，timer

Array muiltiplier verilog code.. 4 bit two inputs with 8 bit outputs

this come from alter ,you can look and find it on line about jtag.

cordic算法的verilog 语言实现，注释详细，资料齐全，实现了cordic算法的各个功能，可以计算正余弦(cordic algorithm verilog language, detailed notes, and complete information)

自己写的布斯4算法的华莱士树无符号数乘法器，3-2压缩，亲测可用(Wallace wrote the number 4 Booth algorithm unsigned multiplier, 3-2 compression, pro-test available)

异步FIFO的实现，很经典的三段式状态机的写法。(The realization of the asynchronous FIFO, very classic three-step writing state machine.)

一个完整的信号测试程序,对信号的各项指标进行完整的测试,并分析-A complete signal test procedures, the various indicators of signal integrity testing, and analysis of

WCDMA数字频域干扰抵消器，绝对的高手写的文档和代码，里面资料齐全方便自学，是很好的学习FPGA实现无线通信模块的资料。(WCDMA Frequency Domain Interference Cancellation figures, the absolute master of written documentation and code, which complete information to facilitate self-learning, is a very good learning FPGA implementation of wireless communications and information.)