verilog 控制ad7705读写

verilog lcd2864 适合初学者(verilog lcd2864 )

GPU编程的经典之作,值得一读。 GPU运算效率比CPU高出一截，学习GPU编程会大有裨益(a book for GPU_Programming)

脉动乘法器：一个GF(2m)域上的Digit-Serial 脉动结构（Systolic）的乘法器(Pulse Multiplier: a GF (2m) domain on the Digit-Serial pulsation structure (Systolic) the multiplier)

出租车计费，器设计一个出租车自动计费器，计费包括起步价、行车里程计费、停止和暂停不计费三部分。现场模拟汽车的启动、停止、暂停和换挡状态。分别用四位数码管显示金额和里程，各有两位小数，行程 3公里内，起步费为6元，超过3公里，以每公里1.3元计费(Car repair billing device)

Interface for ADS8361 TI ADC IP Core for ALTERA NIOS2

FPGA驱动高输入电压范围的ADS8509芯片，采样范围广，适合前端大信号处理(FPGA drive a high input voltage range ADS8509 chip, sampling a wide range, suitable for large front-end signal processing)

实现温度显示，接温度传感器。在4数码管上显示小数点后两位的温度(temperture of FPGA)

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)

高速FIFO，verilog设计。速度高达130Mhz(High-speed FIFO, verilog design. Speed up to 130MHz)

开发板管脚有利于显示从0-9的所有数字，能够依次显示，能自己设定时间。字体会变化。