16*16移位相加乘法器verilog代码

蒙特卡洛仿真图 这个程序对2psk信号进行仿真 前提是把信号能量归一化了 (This programme intend to realize the simulation of 2DPSK through MonteCarlo experiment. intends )

红绿灯交通灯的设计，通过规定时间红绿灯的转变实现交通灯的控制(Traffic light traffic light design, implementation, control traffic lights traffic light changes by a predetermined time)

dekoder code s Gray to cod „ 1 from 16”. This is program i VHDL

verilog xilinx IP实现FFT仿真(Verilog xilinx IP implementation FFT simulation)

使用verilog写的32位浮点数加法模块、浮点数乘法模块、浮点数除法模块、浮点数指数模块。指数模块是综合前面三个例化成泰勒级数求指数，迭代次数（可设置）决定了精度。(Use verilog write 32-bit floating-point addition module, floating-point multiplication module, floating-point division module, the floating point number index module.Index module is a comprehensive index of the front three cases into Taylor series for calculating index, the number of iterations can be set to determine the precision)

这是我自己写的一个摄像头数据存储SD卡程序，quartus的verilog编写，摄像头采用自己添加的外设接口，数据采用dma采集，SD用的是软件自带的SPI内核以及znFAT的文件系统。帧率我没有测，有兴趣的可以测测，初学者可以参考学习，写的代码有点乱，如果有不懂的可以和联系。(This is what I wrote it myself a camera, SD card data storage program, quartus the verilog write, add their own camera with peripheral interfaces, data acquisition using dma, SD with the software that comes with SPI znFAT kernel and file system. I did not measure the frame rate, are interested can Cece, beginners can refer to the study, wrote the code a bit messy, if there do not understand can contact)

说明：  4位加法器，4位数字相加及进位功能的实现，主要利用Verilog语言实现，简单轻松，且代码量少(a adder which can realize 4 bit numbers adding)

说明：  包含一个ALU，实现斐波那契数列的计算。1.接受两个6位二进制输入。2.通过手动输入的时钟驱动每个周期进行一次计算。3.结果输出到led灯（使用NEXYS4开发板）(Including an ALU to realize the calculation of Fibonacci sequence. 1. Accept two 6-bit binary inputs. 2. Each cycle is driven by a clock input manually. 3. Output to LED lamp (using NEXYS4 development board))

说明：  这个是64bit矩阵乘法实现代码，语言是verilog。(This is the 64 bit matrix multiplication implementation code, and the language is Verilog.)

数字通信系统相移键控CPSK信号和差分相移键控的调制与解调的VHDL代码(Phase shift keying digital communication system CPSK signals and differential phase-shift keying modulation and demodulation of the VHDL code for)