并行进，串行出的verilog源代码

说明：  基于quartus2的jk触发器设计，内含源码和仿真图(Jk flip-flop design based on the quartus2, containing source code and simulation diagram)

FPGA时序分析说明。对于高速时钟设计中的时序分析与约束有帮助(FPGA,TIME)

用verilog 语言实现七人投票表决器(verilog seven voting)

应用背景Project: A Wishbone Controlled Real--time Clock Core Purpose: Implement a real time clock, including alarm, count--down timer, stopwatch, variable time frequency, and more.关键技术基于FPGA的用verilog编写的时钟模块，具有时间计数，闹铃，以及计数器功能！具有很好的学习和使用价值。基于FPGA的用verilog编写的时钟模块，具有时间计数，闹铃，以及计数器功能！具有很好的学习和使用价值。

借助于实际计算除法的经验，比如11（1011）除以2（0010）（注：以二进制的方式进行），我们首先会比较被除数的最高位是否大于等于除数2，显然该例中1小于10，那么商0，再向下一位看，此时为10，与除数相等，商1余数为0；继续看被除数后一位为1小于除数2，商0，再向下一位看，此时为10，与除数相等，商1余数为1；这样连续比较四次便得到了最后的结果。商为5（0101），余数为1；

这是这本书的第四个版本，现在这个版本不仅提供了VHDL语言的覆盖面，但设计方法的信息，以及。此版本将指导读者通过创建一个VHDL设计的过程中，模拟设计，综合设计，放置和布线设计，使用的重要模拟验证的最终结果，新的技术，称为全速调试，提供了极其快速设计验证。在这个版本的设计，例如已被更新(This is the fourth version of the book and this version now not only provides VHDL language coverage but design methodology information as well. This version will guide the reader through the process of creating a VHDL design, simulating the design, synthesizing the design, placing and routing the design, using VITAL simulation to verify the final result, and a new technique called At-Speed debugging that provides extremely fast design verification. The design example in this version has been updated to reflect.)

Quartus环境下使用Verilog编写的HDB3编解码程序，RTL和时序仿真已过(Quartus under the environment of a HDB3 protocol procedures written in Verilog, RTL and timing simulation has be passed)

基于sopc的7352的ad模块的nios软核多通道编写,verilog 写的(The sopc 7352 AD module nios soft core multichannel write. Rar )

用verilog编写的can总线控制器，包括设计参考历程和仿真程序，以及开发文档！(Written by verilog can bus controller, including the design reference course and simulation program, and the development of the document!)

一种压缩感知信号恢复算法，针对贪婪迭代类算法中的正交匹配追踪（OMP)算法的改进。OMP在每次迭代过程中选择出的原子并不是最优的，无法使本轮迭代中残差的减少最大化。本例程实现了改进的最优OMP算法，即Optimised_OMP，保证每次迭代选出的原子与已选出的原子序列所构成的平面正交，因而可以使残差下降的更快，从而加速算法收敛。(A compressed sensing signal recovery algorithms track (OMP) algorithm and orthogonal matching algorithm greedy iterative class. The OMP selected atoms in each iteration of the process is not optimal, not be able to maximize the reduction of the residual in the current round of iteration. The routines to achieve the optimal OMP algorithm improvements that Optimised_OMP, to ensure that each iteration selected atoms with atomic sequence elected a plane orthogonal, and thus can make the residuals have declined even faster, thus speeding up the algorithm convergence.)