LCD verilog 程式碼

VHDL编写加扰和解扰程序，程序连在一起仿真正确，并通过下板子抓数据验证程序没问题-Write scrambling and descrambling program, VHDL program together properly simulation, and data validation procedures is caught by the board no problem

AHB_Lite 通信协议的FPGA Verilog 设计(AHB_Lite communication protocol Verilog design in FPGA)

关于FPGA针对LCD资源配置，及相关电路层次关系(LCD FPGA)

LDPC码不同码率对比，1/2与1/3码率对比。码长512.迭代次数50次。(Comparison of different rate of the LDPC code, 1/2 compared with the 1/3 code rate. 512 yards long. 50 times the number of iterations.)

浮点数运算的FPGA实现，包括仿真文件。(FPGA realization of floating-point operations, including the simulation file)

本程序包含：EEPROM的功能模型(eeprom.v)、读/写EEPROM的verilog HDL 行为模块（eeprom_wr.v）、信号产生模块（signal.v）和顶层模块(top.v) ，这样可以有一个完整的EEPROM的控制模块和测试文件，本文件通过测试。(This procedure includes: EEPROM of the functional model (eeprom.v), read/write EEPROM acts of verilog HDL modules (eeprom_wr.v), signal generator module (signal.v) and top-level module (top.v), this can have a EEPROM complete control module and test document, this document is to pass the test.)

本代码基于Xilinx FPGA开发平台，采用Verilog语言编写，完整SRAM所有功能。已经过测试验证。

基于FIR滤波器的LMS自适应算法的FPGA实现,verilog语言(FIR filter based on LMS adaptive algorithm on FPGA, VHDL language)

第十一章到第十三章的代码 本书通过100多个模块实例，详细地讲解了Verilog HDL程序设计语言，全书共分13章，内容涉及VerilogHDL语言基本概念、建模、同步设计、异步设计、功能验证等，实例包括各种加法器/计数器、乘法器/除法器、编码器/译码器、状态机、SPIMaster Controller、I2C Master controller、CAN ProtocolController、Memory模块、JPEG图像压缩模块、加密模块、ATA控制器、8位RISC-CPU等及各个实例模块相应的Testbench，所举实例具有很强的实用性和代表性，每个实例均给出了介绍、功能分析、程序代码和结果演示。(Chapter XI to the 13th chapter of the code in this book through more than 100 module instance, explain in detail the Verilog HDL programming language, the book is divided into 13 chapters, covering basic concepts VerilogHDL languages, modeling, synchronous design, asynchronous design, functional verification, etc. Examples include a variety of adder/counter, multiplier/divider, encoders/decoders, state machines, SPIMaster Controller, I2C Master controller, CAN ProtocolController, Memory modules, JPEG image compression module, encryption module, ATA controller, 8-bit RISC-CPU, etc. and the various instances of the corresponding module Testbench, The examples are highly practical and representation, each instance of it all gives the introduction, functional analysis, program code and results presentation.)

This is hardware implemented Gaussian random number generator based on the article attached in the folder "Document" The system is based on the Ziggurat Gaussin random algorithm and implemented when I was under-graduate. Although it is not my original system, it is so helpful cause I can acquire a lot of useful skills of verilog programming such as pipeline. It is well simulated on the synthesis tool (ISE14.7) and the printed data can be verified using Matlab which is in the "Document" folder. The testbench fils is tb_Zigg.v, and the top module file is top_Zigg.v Goodlucks~