指令Cache的verilog代码

可以实现从sd卡中读取数据，不依赖任何的ip核，简洁高效。

使用Verilog语言编程，在Quartus ii 上实现的误码检测装置，并通过单片机将误码结果显示在LCD上。本代码具有一定的工程实践价值。(Using the Verilog language programming, implemented on the Quartus ii error detection device, and the result of errors by the microcontroller on the LCD display. The code has some value engineering practice.)

此代码是实现DPA。

使用Verilog编写的正弦波生成工程，使用ROM核产生，利用mif文件(Written using Verilog sine wave generation projects using ROM nuclear generation, use mif file)

说明：  2018全国大学生FPGA创新设计大赛南京总决赛封闭测试题目，以及自己编写的verilog和testbench，欢迎学习借鉴(The closed test topic of the 2018 National Undergraduate FPGA innovation design competition Nanjing finals, as well as Verilog and testbench compiled by ourselves, are welcome to learn)

这是一个nios工程，控制TFT液晶屏的程序。FPGA平台用Verilog HDL语言编写的，MCU软核程序有C语言编写。通过这一个完成的工程，你就会明白SOPC的一些实现方法。(This is a nios engineering, control TFT LCD screen program. The FPGA platform Verilog HDL language preparation with the nuclear program has a soft, MCU written in C language. Through this a complete project, you will understand some of the SOPC methods of realization. )

4位全加法器的modelsim工程带testbench(Four full-adder modelsim project with testbench)

Verilog 实验代码。。。经典的，里面都是完整的项目文件。 ISE环境。(Verilog test code. . . Classic, which is a complete project file. ISE environment.)

说明：  DDS的基本原理主要由五部分组成，分别是；相位累加器，正弦波形存储器，数模转换器，低通滤波器和时钟，将相位累加器输出的数据作为地址，用来查询表的数据，将取出的正弦数据通过数模转换器输出模拟信号，模拟信号再通过一个低通滤波器输出纯净的正弦波信号。(The basic principle of DDS is mainly composed of five parts: phase accumulator, sinusoidal waveform memory, digital to analog converter, low-pass filter and clock. The output data of phase accumulator is used as address to query the data of table. The extracted sinusoidal data is output analog signal through digital analog converter, and the analog signal is output pure sine through a low-pass filter Wave signal.)

RGB 与YCbCr 颜色空间可以相互转化(RGB and YCbCr color space can be transformed into each other)