verilog 万能流水灯

说明：  利用高速口GTX进行快速的数据传输，包括接受和发送模块，用途广泛(The use of high-speed port GTX for fast data transmission, including receiving and sending modules, has a wide range of uses.)

此论文想详细阐明了用FPGA做硬件处理，集成SOPC功能实现MVB通讯协议的解决方案，可以运行在alter fpga上面。(This paper expounds in detail the processing to do with FPGA hardware, integrated solutions for SOPC function of the realization of MVB communication protocol, can run in alter FPGA above.)

红外接收处理，根据外部波形记录波形的高低电平时间，从而得到波形数据。(Infrared receiver processing, according to the external waveform waveform record high and low times, resulting waveform data.)

经过FPGA调试，可以运行。但是不同版本的Quarters软件，在仿真编译上会有问题，可以引用源码，自己再修改设计。此方案只是简单的设计方案，可以在此基础上增加更详细的功能，仅供初学者参考设计。

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.)

AD9267 10bit 640MSPS高速ADC的FPGA参考设计 Verilog语言实现 包含Xilinx ISE12.2工程

TDM，就是时分复用。本程序完成4通道，没通道最多32路64K信号的交换，就是说可以完成32x4个电话信号交换(TDM, is time-division multiplexing. The process is complete 4-channel, no channel up to 64K 32 to exchange signals, that can be done 32x4 telephone signal exchange)

三八译码器，四位加法器，EDA实验，用verilog编写(EDA experiment with verilog language)

Use serial programming examples matlab GUI implementation, Independent component analysis for image processing, Realize image watermarking, de-noising, plus noise and other functions.

verilog描述的基于LMS的自适应噪声消除器ANC算法。用于数字音频处理。(The verilog Description LMS-based adaptive noise canceller ANC algorithm. For digital audio processing.)