fpga clock design, the information is better, for your reference, non

小波包分解，重构轴承振动信号，Hilbert包络，FFT进行频谱分析，以获得轴承故障频率。(Wavelet packet decomposition, reconstruction of bearing vibration signal, Hilbert envelope, FFT spectrum analysis to obtain the bearing fault frequencies.)

实现verilog16位乘法器，verilog新手(achieve 16-bit multiplier)

用VHDL实现视频控制程序(实现对图像的采集和压缩)-Using VHDL video control procedures (the achievement of the image acquisition and compression)

fpga实现的IIC通信的例程，注释很详细(fpga implementation of serial communication routines, comments in great detail)

lzrw1算法,VHDL语言，不带TB。模块验证，自己写TB文件

4-16译码器，用VHDL编写的，可以直接下载到可编程逻辑器件中(4-16 decoder, written with VHDL, can be directly downloaded to the programmable logic device)

这是led流水灯的vhdl描述，很好的啊-led s hdl describe

在利用FPGA的并行处理能力应对高速数据和去做复杂的数据处理时，对一些较为复杂或者重复性工作模块多的情况下，算法资源就需要进行预评估。有效的资源预评估不仅可以在芯片选型上有益，还可以对程序有较详细的估计，在硬件不变的前提下能够选择更好的算法优化。本文着重在Harris算法在FPGA的实现以及在移植之前对其占用的FPGA资源进行预评估。(Response to high-speed data and do complex data processing in the FPGA parallel processing capabilities, to cope with some of the more complex or repetitive tasks module，it is necessary to pre-assessment algorithm resources. Resources pre-assessment can not only be useful in the chip selection, but also be a more detailed estimate of the program to be able to choose a better algorithm optimization in the same premise hardware. This article focuses on the pre-assessment in the Harris algorithm in the FPGA implementation and its FPGA resources occupied prior to transplantation.)

通过用vivado完成一个流水灯项目手把手教你如何使用vivado，内容十分详细。(Using vivado to complete a running light project, you can learn how to use vivado by hand. The content is very detailed.)

Xilinx PicoBlaze application developed in ISE10.1.3.