利用数字电路知识，进行二十四小时计时，并有闹钟与蜂鸣器功能...

QPSK在赖斯信道下的模拟仿真，包括K=6和K=10下的情况(QPSK in, Laisi Xin Road, under the simulation, including the case of K = 6 and K = 10 under)

用于实现两个数相加的vhdl代码，在相应的编译器中使用-used to achieve the two summed VHDL code, the corresponding use of compiler

本文介绍了一个使用 VHDL 描述计数器的设计、综合、仿真的全过程，作为我这一段 时间自学 FPGA/CPLD 的总结，如果有什么不正确的地方，敬请各位不幸看到这篇文章的 大侠们指正，在此表示感谢。当然，这是一个非常简单的时序逻辑电路实例，主要是详细 描述了一些软件的使用方法。文章中涉及的软件有Synplicity 公司出品的Synplify Pro 7.7.1； Altera 公司出品的 Quartus II 4.2；Mentor Graphics 公司出品的 ModelSim SE 6.0。 -This article describes a VHDL description of the use of counter design, synthesis, simulation of the entire process, this time as my self-FPGA/CPLD summary, if what has not the right place, please see this article that, unfortunately, the heroes They correct me, wish to express my gratitude. Of course, this is a very simple example of sequential logic circuit is mainly a detailed description of a number of software usage. Article involved in the software company has produced Synplicity

基于IEEE802.11n标准,采用verilog语言设计的(2,1,7)卷积码viterbi译码器,支持1/2,2/3,3/4,5/6四种码率的译码,以测试无误(IEEE802.11n standard Verilog language design (2,1,7) convolutional code viterbi decoder support 1/2, 2/3, 3/4, 5/6 four bit rate decoding to test and correct)

DE2-115开发板TV摄像头成像程序，源码亲测可用，可加入边缘算法成像，实时显示轮廓，速度流畅(The DE2-115 development board TV camera imaging procedures, the pro-test in the source can be added to the edge algorithms imaging, real-time display contours, fast-paced)

用Verilog编写的以太网控制器，可以使用，里面是全部verilog源码(Ethernet controller based on Verilog, can be used directly, all verilog files)

等精度数字频率计 的一个工程---包括vhdl源程序和编译后产生的相关文件-Such as precision digital frequency of a project- including VHDL source code and compile the relevant documents after

基于FPGA的TLC2543控制器,采用状态进行控制ADC进行转换(The TLC2543 controller based on FPGA, using state control of ADC conversion)

本人初学VHDL时编的比较系统的VHDL源程序 巨实用 (I am learning more systematic series of practical VHDL source Giant)

relative cpu design implementation