以前在学校里的课程设计，使用verilog编写的一个CPU程序，可以下板子...

一个异步FIFO的verilog实现论文-err

应用背景对阵列的快速乘法的VHDL代码。作为主成分分析的项目的一部分，在FPGA。在可重构硬件平台实现的时候，该代码被开发，使矢量二进制乘法运算速度快。该程序可以在Xilinx Xise自如，可以在任何Xilinx FPGA编程。 ； ； ； ； ； ； ； ； ； ； ； ； ；关键技术该项目可开喜色从Xilinx。所有代码都是用VHDL和接收两个向量是mutliplied进行保存加法器加速增殖过程。最后的总和计算纹波进位加法器。操作数的长度是16位，结果是32位加一。

verilog HDL经典的入门书籍，内容很详细，讲了许多实例，适合硬件描述语言初学者。(verilog HDL classic introductory book, the content is very detailed, spoke many instances, suitable hardware description language for beginners.)

sin波形发生图形，应用智能老师款到即发了快速打击 (sin waveform generation graphics application smart teacher paragraph to that made a rapid strike)

用Verilog语言实现QPSK调制，QPSK是一种数字调制方式。它分为绝对相移和相对相移两种。 (Verilog language using QPSK modulation, QPSK is a digital modulation. It is divided into absolute and relative phase shift of the phase shift of two.)

基于FPGA的Verilog语言的智能小车，已经经过测试。(FPGA-based smart car Verilog language, and has been tested.)

讲述了dds直接数字频率合成的基本原理，同时用ＶＨＤＬ语言编写dds原代码用于生成正弦波，并在ISE开发平台进行仿真和MATLAB验证正弦波输出结果-described dds direct digital frequency synthesis of the basic tenets addition to the use of VHDL prepared dds source used to produce sine, and ISE development platform for simulation and verification MATLAB sine wave output

FPGA上的VERILOG语言编程。通过查找表实现直接数字频率合成。在主控部分通过键盘选择正弦波，方波，三角波，斜波，以及四种波形的任意两种的叠加，以及四种波形的叠加；通过控制频率控制字C的大小，以控制输出波形频率，实现1Hz的微调；通过地址变换实现波形相位256级可调；通过DAC0832使波形幅值256级可调；通过FPGA内部RAM实现波形存储回放；并实现了每秒100HZ扫频。(FPGA on the verilog language programming. Lookup table through direct digital frequency synthesis. In part through the control of the keyboard to choose sine, square, triangle wave, sloping wave, and four arbitrary waveform two superposed and the stack of four waveform; by controlling the frequency control word on the size, in order to control the output waveform frequency, 1 Hz to achieve the fine-tuning; Address transform through waveform phase adjustable 256; DAC0832 so through waveform amplitude adjustable 256; FPGA through internal RAM to the waveform storage intervals; and achieve a 100 per second sweep 9999.)

压缩包是ti xds100v3 Design kit的安装文件，安装后有原理图、PCB文件，与DSP接口采用FPGA，安装后有源码，是VHDL格式的，支持开源，降低开发成本(Compression package is ti xds100v3 Design kit installation file after installation schematics, PCB files, and DSP interface with FPGA, after installation source is VHDL formats, support for open source, reduce development costs)

matlab code for communication