基于VHDL的点阵控制

Verilog 编写的串口通信模块 带测试代码(Verilog prepared by the serial communication module with a test code)

DE2 altera board vhdl design

固定的 128 点复杂 FFT 或 64/8/16 点

1024点快速傅里叶变换，使用verilog hdl硬件描述语言(1024point FFT，using verilog hdl)

FCFS (First Come First Served) with Database

本例是关于卷积码的一个简单算法，用verilog HDL语言编写，整个文档包括了产生卷积的整个工程。-In this case is a convolutional code on a simple algorithm, using verilog HDL language, the entire document, including the method of deconvolution of the whole project.

System Verilog decodificator. Enters a value(binary), drops hundreds, tens and units in BCD

DDS中的正余弦生成，初始相位相差90度，可自行改变输出频率(Cosine generation of DDS, the initial phase difference of 90 degrees, the output frequency can be changed on their own)

cordic算法，实现加减乘除、幂次方、开方的运算(CORDIC algorithm implementation, power add, subtract, multiply and divide and square root operations)

摘要：本文主要介绍以CPLD 芯片进行十字路口的交通灯的设计，用CPLD 作为交通灯控制器的主控芯片，采用VHDL 语言编写控制程序，利用CPLD的可重复编程和在动态系统重构的特性，大大地提高了数字系统设计的灵活性和通用性。 关键词：CPLD；VHDL；交通灯控制器 中图分类号：TP39 Abstract ：This paper introduces the electronic-traffic lamp, which is based on the VHDL and is completed by-Abstract: This paper introduces the CPLD chip to the traffic lights at the crossroads of design, traffic lights with CPLD as the master controller chip, the use of VHDL language control procedures, the use of CPLD re-programming and dynamic system reconfiguration in the features greatly enhance the digital system design flexibility and versatility. Keywords: CPLD VHDL traffic lights controller CLC number: TP39 Abstract: This paper introduces the electronic-traffic lamp, which is based on the VHDL and is completed by