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signal_cpu_sort
- Use the verilog language write a MIPS CPU code, and have additional instruction, for example: selection sort instruction. The code has contain combination circuit and sequenial circuit. CPU have contain ALU, ADD, ALU_CONTROL, DATA_MEMORY, INST_ME
ARMCORE
- 用verilog语言实现的ARM7处理器的标准内核的源代码程序,nnARM, 具有很好的参考价值-using Verilog language of the standard ARM7 processor core source code procedures nnARM, who have a good reference value
AUDIO_DAC
- 一个关于声音处理的Verilog语言编写的解码芯片，可以用于FPGA处理芯片的IP核，欢迎大家来用。-a voice on the Verilog language decoder chip, FPGA can be used to handle IP core chips, all are welcome to use.
sarm9beta
- arm9 架构简单core实现，可以综合，有实现步骤和说明，verilog代码编写。-arm9 core framework to achieve a simple, comprehensive, implementation steps and notes verilog code prepared.
ethernet_verilog
- 这是一个很好的Verilog 编写的8位RISC CPU源码（可做为MCU），并且包括完整的C 语言的测试代码。-This is a very good preparation Verilog 8-bit RISC CPU source (available as MCU), and includes a complete C language test code.
mips_verilog.rar
- verilog语言实现的基于MIPS体系结构的微处理器程序，一个时钟周期执行一条指令。,verilog language MIPS-based microprocessor architecture, an implementation of a clock cycle instructions.
vgactl9
- EPM240+IS61LV1024+VERILOG实现简单的VGA控制器,RGB各1bit,与AT91SAM7S64接口.-EPM240+ IS61LV1024+ VERILOG to achieve a simple VGA controller, RGB each 1bit, and AT91SAM7S64 interface.
5956447divider
- 基于srt-2算法，利用verilog实现16位定点无符号数除法器（除数、被除数均由16位整数和16位小数组成，商由32位整数和16位小数构成，余数由32位小数组成）-Based on srt-2 algorithm, using verilog to achieve 16-bit fixed-point unsigned divider (divisor, dividend by 16-bit integer and 16-bit decimal form, business from the
Verilog
- 实用的Verilog语言例程，其中包含大量例程，有兴趣的朋友别错过。-Practical Verilog language routines, which contains a large number of routines, and interested friends do not miss.
SCMIPS
- 使用verilog代码描述了一种简单的单周期MIPS处理器实现，并在ModelSim SE6.5c调试通过。-The verilog code describes a simple, single-cycle MIPS processor implementation, and debugging through in ModelSim SE6.5c,.
BuildingPaPRISCPSystemPinPanPFPGA
- 一个32位 RISC CPU 核心，由Verilog 编写而成-A 32-bit RISC CPU core, written by Verilog
PipelineCPU
- 这是我们设计的一个MIPS流水线CPU，基于Verilog HDL语言实现。它与传统的MIPS流水线CPU不同点在于，5个流水段各自维护一个变量(SelType)表明当前正在执行的指令类型，这样处理数据冒险、loaduse冒险或者跳转冒险时候每个段都能知道其他段正在处理的语句，从而方便我们的处理。-This is a MIPS pipelined CPU based on Verilog HDL language to achieve. It the the MIPS pipelined CPU
OpenMIPS_VerilogHDL_Study_v1.1
- 10天用verilog实现MIPS_cpu，内有清晰结构图。很好的cpu设计学习资料！-10 days with verilog achieve MIPS_cpu, within a clear structure diagram. Good cpu design learning materials!
cpu5.10_modelsim
- 用verilog编写的8位最简cpu代码，能实现简单的加减运算，存储运算，以及寄存器操作。-Verilog prepared with 8 simple CPU code, to achieve a simple addition and subtraction, memory operations, as well as register operations.
source
- 快速傅里叶变换verilog程序,其中包含了多个模块，全部在芯片了就可以实现，不用查找表-Fast Fourier Transform verilog program, which contains a number of modules, all in a chip can be achieved without a lookup table
CPU
- 用Verilog实现的 哈佛结构的简单指令集CPU程序，由ALU、地址译码器、指令译码器等部分组成-Part of a simple instruction Verilog realize the Harvard architecture CPU program set by the ALU, address decoder, an instruction decoder, etc.
jishuqi
- 这是Verilog写的，一个计数器的程序代码，以及测试文档-This is written by Verilog, a program code for the counter, and a test document
vivado
- 用中规模MSI基本逻辑功能模块 实现关模比较器（要求分别使用中规模和语言实现）： 功能要求：它的输入是两个8位无符号二进制整数X和Y，以及一个控制信号S；输出信号为1个8位无符号二进制整数Z。输入输出关系为：当S=1时， Z=min(X,Y)；当S=0时， Z=max(X,Y)。(Modeling comparator is implemented by using basic logic function modules of medium-scale MSI (medium-scale an