FPGA

early branch rename table(store rename table once the branch instruction comes in. Used in out of order pipeline processor)

DDS的VHDL程序，相当好，值得下载，共享才是王道(DDS, VHDL program is quite good, worth downloading, sharing is king)

说明：  Verilog 入门,如果你要很了解Verilog你不用先谖完一本厚厚的书还弄不清楚Verilog到底在干啥事,这份资料有助於快速了斛Verilog(Verilog Basic, If you try very hard to understand verilog by read a thick book, try read this first you will get a quick understanding of verlog.)

请注意： 本例的源描述包含文件类型，在学习版上不能编译及模拟， 如果您需要对此描述进行编译及模拟，请与北京理工大学 ASIC研究所联系。 另外，此例与第75例是同一个电路的不同部分的描述，可以 一起参考这两个例子的描述。-Please note : The cases include the description of the source file type, version of the study can not be compiled and simulation, if you need to compile this description and simulation, Beijing Polytechnic University and the Institute of ASIC link. Additionally, the cases of 75 cases with the first of a circuit with the different parts of the description, reference together two examples of this description.

说明：  LVDS De-serialization

基于VHDL语言开发的mcu与外部器件的接口程序，解决了高速mcu与低速外部器件的接口问题。-based on VHDL development mcu with external device interface, mcu solve the high-speed and low-speed external device interface.

这是一个16位乘法器Verilog程序，包括有符号位和无符号位乘法器(This is a 16-bit multiplier Verilog program, including the sign bit and no sign bit multiplier)

自己搜集的一些FPGA指南教程，包括一些高工们的经验之谈、设计原则，目前正在学习，有一定帮助，分享给大家(Gather their own of some FPGA guide tutorial, including some senior engineers are the voice of experience, design principles, are learning to have some help, to share to everyone)

基于VHDL可编程BPSk调制教学~~~十分好用`~容易学会-VHDL-based programmable BPSk modulation of teaching is very good ~ ~ ~ `~ easy to learn to

The use of FPGAs for cryptographic applications is highly attractive for a variety of reasons but at the same time there are many open issues related to the general security of FPGAs. This contribution attempts to provide a state-of-the-art description of this topic. First, the advantages of reconfigurable hardware for cryptographic applications are discussed from a systems perspective. Second, potential security problems of FPGAs are described in detail, followed by a proposal of a some countermeasure. Third, a list of open research problems is provided. Even though there have been many contributions dealing with the algorithmic aspects of cryptographic schemes implemented on FPGAs, this contribution appears to be the first comprehensive treatment of system and security aspects.