Altera FPGA IP core of the source code for the use of Altera FPGA design to prov...

大唐电信的FPGA设计经验，内部资料，详细完整，很有参考价值-Datang Telecom

QPSK调制，QPSK仿真误码率,QPSK理论误码率 , QPSK仿真误比特率 , QPSK理论误比特率 (QPSK modulation, the signal-to-noise ratio)

NiosII的C代码,包括网卡,lcd,usb,串口,按键.(NiosII C code, including network cards, lcd, usb, serial, key.)

包含32为乘法器的设计，用verilog语言实现，包括booth编码的实现，booth乘法器的实现，3_2压缩器的实现，4_2压缩器的实现，华伦斯树的实现，以及两个testbench文件用于测试。(Contains 32 multiplier design, verilog language, including booth encoding implementations, booth multiplier implementations, 3_2 compressor implementation 4_2 compressor to achieve and realize China Clarence tree, and two testbench file with the to the test.)

一个基于FPGA用verilogHDL设计的bayer格式转RGB格式的模块，本人设计(a code used for bayer_3RGB_interpolation ,which based on FPGA by verilogHDL)

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.

说明：  wallance树实现8*8无符号数的相乘(Multiplication of 8 * 8 unsigned numbers by Wallace tree)

CORDIC(Coordinate Rotation Digital Computer)算法即坐标旋转数字计算方法。 CORDIC算法,能够通过平移和累加快速实现基础的数学函数,包括三角函数,开方,指数,对数,平方根等函数。(CORDIC (Coordinate Rotation Digital Computer) algorithm for the coordinate rotation digital calculation. CORDIC algorithm can be achieved through the rapid translation and accumulation based on mathematical functions, including trigonometric, square root, exponential, logarithmic, square root and other functions.)

以前学习VHDL语言时做的一个电子闹钟程序，可以实现时，分，秒的计时以及定时，校时，闹钟，整点报时的功能。-VHDL language before learning to do procedures in an electronic alarm clock, you can realize hours, minutes and seconds of time and from time to time, school time, alarm clock, the whole point timekeeping function.

利用VHDL 硬件描述语言设计一个0~9999 的加法计数器。根据一定频率的触发 时钟，计数器进行加计数，并利用数码管进行显示，当计数到9999 时，从0 开始重新计数(Use of VHDL hardware description language design a 0 ~ 9999 addition counter. According to a certain frequency of the trigger The clock, counter add count, and use digital pipes to show that when the count to 9999, starting from 0 to count )