FPGA UART的发送等

FPGA的仿真实例，Verilog代码编写，过程详尽，代码易懂。第四个文档-FPGA simulation examples, Verilog coding, the process in detail, code easy to understand. The fourth document

1）选择一个语音信号作为分析对象，或录制一段语音信号； 2）对语音信号进行采样，画出采样前后语音信号的时域波形和频谱图； 3）利用MATLAB中的随机函数产生噪声加入到语音信号中，使语音信号被污染，然后进行频谱分析； 4）设计用于处理该语音信号的数字滤波器，给出滤波器的性能指标，画出滤波器的频率响应； 5）对被噪声污染的语音信号进行滤波，画出滤波前后信号的时域波形和频谱，并对滤波前后的信号进行比较和分析； 6）回放各步骤的语音信号，给出相应处理程序及运行结果分析。(1) Select a voice signal as an analysis object, or record a voice signal 2) sampling the voice signal, draw the waveform and frequency spectrum of the time domain before and after sampling the speech signal 3) using the random function in MATLAB generated noise was added to the speech signal, the speech signal to be contaminated, and then spectrum analysis 4) for processing the speech signal, the digital filter design, given the performance of the filter to draw the filter' s frequency response 5) on the noise pollution of the speech signal is filtered, time-domain waveform and spectrum draw before and after filtering the signal before and after filtering, and the signal for comparison and analysis 6) playback of the speech signal for each step, given the results of the corresponding processing procedures and run analysis.)

卷积码（213）的编译码，VHDL语言编写的整个工程文件，带有仿真结果图。(Convolution code (213) codec, VHDL language of the whole project file with the simulation results shown in Fig.)

使用VHDL汽车自动化技术VHDL代码1.镜旋转2.温度控制近期许多应用程序并通过VHDL它将会更容易

产生长度为100的随机二进制序列 发送载波频率为10倍比特率，画出过采样率为100倍符号率的BPSK调制波形（前10个比特） ，及其功率谱 相干解调时假设收发频率相位相同，画出x(t) 的波形，假设低通滤波器的冲激响应为连续10个1（其余为0），或连续12个1 （其余为0） ，分别画出两种滤波器下的y(t)，及判决输出（前10个比特） 接收载波频率为10.05倍比特率，初相位相同，画出x(t) 的波形，假设低通滤波器的冲激响应为连续10个1，画出两种滤波器下的y(t)，及判决输出（前20个比特） 采用DPSK及延时差分相干解调，载波频率为10倍比特率，画出a, b, c, d点的波形（前10个比特） DPSK及延时差分相干解调，载波频率为10.25倍比特率时，画出a, b, c, d点的波形（前10个比特） DPSK及延时差分相干解调，载波频率为10.5倍比特率时，画出a, b, c, d点的波形（前10个比特） (Produce random binary sequence of length 100 The transmission carrier frequency is 10 times the bit rate, draw a sampling rate of 100 times the symbol rate of the BPSK modulation waveform (first 10 bits), its power spectrum Coherent demodulation of assuming the same as the phase of the transmitting and receiving frequencies, and draw the waveform x (t), assuming that the impulse response of the low pass filter 10 consecutive 1 (the remainder is 0), or 12 consecutive 1 (the remainder is 0), y (t) is drawn under the two filters respectively, and the decision output (10 bits) The received carrier frequency is 10.05 times the bit rate, the same initial phase, draw the waveform x (t), assuming that the impulse response of the low pass filter of 10 consecutive 1, shown under two filter y (t), and decision output (20 bits) DPSK and delay differential coherent demodulation, the carrier frequency is 10 times the bit rate, draw a, b, c, d point of the waveform (first 10 bits) DPSK and delay)

FFT处理器的FPGA设计方法，适合做信号处理的技术人员参考，用FPGA实现-FFT processor, FPGA design, suitable for signal processing technology for reference, using FPGA to achieve

此代码包含非常有趣实现想法加密使用 vhdl 语言使用 Xilinx 的工具 ！希望你可以自定义和使用供您自己个人使用的这份工作 ！住宿已连接并且放松的感觉，要问的问题

这是自适应滤波器，使用verilog代码来编写的，已通过了仿真，效果很好。希望能给大家好好分享！(This adaptive filter verilog code to write, through a simulation, with good results. I hope to give a good share!)

UART自适应波特率发生器，其中是以文档的形式来介绍怎样实现UART波特率发生器的实现(Adaptive UART baud rate generator, which is in the form of a document to describe how to achieve the realization of UART baud rate generator)

verilog HDL verilog HDL verilog HDL -verilog HDL