Verilog digital system design tutorials, e

pex8311代码实现 altera的fpga 代码编程 实现本地读写 pex8311_test

说明：  bnn-fpga是FPGA上CIFAR-10的二进制神经网络（BNN）加速器的开源实现。 加速器针对低功耗嵌入式现场可编程SoC，并在Zedboard上进行了测试。 在编写CIFAR-10测试集中的10000张图像时，错误率是11.19％。(bnn-fpga is an open-source implementation of a binarized neural network (BNN) accelerator for CIFAR-10 on FPGA. The architecture and training of the BNN is proposed by Courbarieaux et al. and open-source Python code is available. Our accelerator targets low-power embedded field-programmable SoCs and was tested on a Zedboard. At time of writing the error rate on the 10000 images in the CIFAR-10 test set is 11.19%.)

中频70M，30M带宽LFM信号，采样率为102.4M，，数字下变频后，还进行了三倍抽取，最后还得到I，Q两路信号 (IF 70M, 30M bandwidth LFM signal, the sampling rate 102.4M, under digital variable frequency after also carried out three times extracted, and finally also received the I and Q signals)

页面置换算法中的三种算法相关程序代码 FIFO LUR OPT-yemianzhihuansuanfa

说明：  PicoRV32 is a CPU core that implements the RISC-V RV32IMC Instruction Set. It can be configured as RV32E, RV32I, RV32IC, RV32IM, or RV32IMC core, and optionally contains a built-in interrupt controller. Tools (gcc, binutils, etc..) can be obtained via the RISC-V Website. The examples bundled with PicoRV32 expect various RV32 toolchains to be installed in /opt/riscv32i[m][c]. See the build instructions below for details.

如何在语言 VHDL 实现液晶显示中显示的数据转移

键盘计算器，可实现加减乘数运算 基于fpga nios2(Keyboard, calculator, addition and subtraction can be realized based on fpga nios2 multiplier operator)

说明：  基于FPGA和弦！！！音乐芯片的设计与实现！！！(Design and implementation of FPGA chip based on the chord music)

数字电子琴控制器的ＶＥＲＩＬＯＧ代码，含中文注释．-The number of organ controller Verilog code, with English Notes.

使用vhdl语言设计一位全加器，在仪器上下载并实现LED灯的闪亮(A full adder design)