一种基于LUT的预失真方法。其中的一部分，有参考价值。

内有一PCI 主 和PCI从，PCI TARGET 都是公开代码的，是工程文件，有仿真工程，使用说明。觉得好的就推荐一下。 本PCI_HOST目前支持： 1、 对目标PCI_T进行配置； 2、 对目标进行单周期读写； 3、 可以工作在33MHZ和66MHZ 4、 支持目标跟不上时插入最长10时钟的等待。 ALTERA的PCI竟然收费的！！！软件里面调试仿真了半天，终于调通了，到了下载就突然弹出窗口说包含了有限制的IP CORE，是限制使用的-There is a PCI from PCI proprietors, PCI TARGET is open source, is the project document, there is simulation project, for use. Feel good about the recommendation. The PCI_HOST currently supports: 1, on the target configuration PCI_T 2, on the target for single-cycle read and write 3, can work in the 33Mhz and 66MHZ 4, to support the goals behind to insert a maximum of 10 clock hours of waiting. ALTERA the PCI even charges! ! ! Inside simulation software debugging for a long time, and finally had transferred to the download on the sudden pop-up window that contains a limited IP CORE, is to restrict the use of

程序主要是用硬件描述语言（VHDL）实现： 4*4键盘扫描，简洁明了，通俗易懂，比较适合VHDL初学者-procedure was used in hardware description language (VHDL) to achieve : 4* 4 keyboard scan, concise, easily understood and more suitable for beginners VHDL

这个是用VHDL实现FPGA对FLASH的读写。(This is achieved using VHDL FLASH FPGA to read and write.)

雷达基本恒虚警处理，CA-CFAR(单元平均恒虚警处理),OS-CFAR（有序类恒虚警处理）,SO-CFAR（选小类恒虚警处理），(radar basic constant alarm operation,obtaining os-cfar,so-cfar,os-cfar,ca-cfar)

xilinx公司提供的关于FPGA硬件设计的额时序约束参考资料-xilinx provided on the FPGA hardware design timing constraints of the amount of reference material

a microcontroller as the core of the vegetable greenhouse temperature control system.

最完整最实用的8051的软核，用VHDL语言编写全部原代码，并有详细的注释介绍，对开发增强型多功能单片机或RSIC单片机内核和单片机SOC应用非常有参考价值-most complete most practical of the 8051 soft-core, with all the preparation VHDL source code, and the Notes for a detailed briefing on the development of an enhanced multi-purpose microcontroller core or RSIC microcontroller and microprocessor applications SOC very valuable reference

modelsim教程仅供学习-modelsim tutorial to learn only

基于VHDL实现（7，4）汉明码的编码器和译码器(VHDL-based implementation (7,4) Hamming code encoder and decoder)

说明：  基于数据通路和控制器的高校简单PPM设计(PPM design based on datapath and controller)