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CPU
- 用Verilog HDL语言写一个简单的处理器CPU。包括IR,Control unit,A,Addsub,G,Counter,8个寄存器。-Verilog HDL language used to write a simple processor CPU. Including IR, Control unit, A, Addsub, G, Counter, 8 registers.
Verilog-HDLTOP-DOWN
- 用Verilog HDL的建模来设计一个经简化的只有八条指令、字长为一字节的RISC中央处理单元（CPU）的顶层设计。-Modeling with the Verilog HDL to design a simplified and only eight instructions, word length is a byte RISC central processing unit (CPU) of the top-level design.
32bitcpu
- 用verilog写的32位CPU源码，通过汇编语言可以实现加减乘除左移右移等运算。并且通过Lookahead算法提高了运算效率，大大节省了运算时间。通过ASC流程可以模拟出其内部电路结构。代码，过程文件，readme在文件夹中-Written by 32-bit CPU verilog source code, assembly language can be achieved through the addition, subtraction and other operations righ
cpu
- 用Verilog语言编写的单周期cpu，实现的指令有 add,addu,addi,addiu,sub,subu,clo,clz,xori,nor,slt,slti,sltu,sltiu,blez,j.-Verilog languages ??with single-cycle cpu, implementation instructions are add, addu, addi, addiu, sub, subu, clo, clz, xori, nor, slt, slti, sltu,
cpu
- 用verilog描述一个完整的cpu，以完成仿真，仿真结果合理-Complete with a verilog descr iption of the cpu, in order to complete the simulation, the simulation results are reasonable
RISC_cpu
- 基于RISC结构的8位微处理器的verilog源代码，很好的东西。-8-bit RISC-based microprocessor architecture verilog source code, a good thing.
32bit-RISC-CPU-IP
- 使用Verilog语言实现的RISC精简指令集CPU IP核，该CPU具有32位数据宽度，5级流水线结构和指令预判和中断处理功能，适合Verilog语言深入学习者参考。-Using the Verilog language implementation of RISC Reduced Instruction Set CPU IP cores, the CPU has a 32-bit data width, 5-stage pipeline structure and instruction p
Digital-Design-Through-Verilog
- cpu design an intutive approach raja sekhar 08-12
CPU-32
- A 32 bit cpu implementation designed on verilog with test bench.
lab13
- Quartus实现单周期处理器，利用verilog语言-verilog cpu design
mips--cpu
- 本文基于32位 MIPS CPU的体系架构，采用Xilinx ISE 9.1i软件，通过使用Verilog语言编写了32位MIPS单周期和多周期CPU的程序，完成了其逻辑设计并进行了仿真测试。-Based on a 32 MIPS CPU architectures using the Xilinx ISE 9.1i software, write a 32-MIPS, single cycle and multi-cycle CPU program completed its logic de
single-clock-CPU
- 单时钟周期CPU，verilog语言编写，quartusII运行-A single clock cycle CPU
ARM-Verilog-HDL-IP-CORE
- ARM处理器的IP核，用verilog编写的，对处理器和相关的CPU架构知识有很大帮助。-ARM processor IP core, written in verilog processor and CPU architecture knowledge.
cpu
- 用verilog语言写的简单cpu，在处理器功能和结构上，对于初学者有很大帮助。-Verilog language write simple cpu, processor function and structure of great help for beginners.
CPU-implementation-in-verilog
- 用verilogHDL实现CPU各项功能-The implementation of CPU funtions based on verilogHDL
CPU
- 流水线简单CPU设计，基于简单的数字系统设计，为verilog语言，电路设计基于基本的数字电路-Pipelined CPU design, design of digital system based on a simple, Verilog language, based on the basic digital circuit design
RISC-CPU
- 精简指令集RISC-CPU 可以实现阶乘运算 verilog代码编写 含有测试平台-Reduced instruction set RISC-CPU test platform can implement written in the factorial operator verilog code contains
System-Verilog-and-HDL-skills
- 这个教程讲了如何用SystemVerilog写一个CPU，这个教程是和视频专辑http://i.youku.com/u/UMTExNzExOTgw/videos一起使用的，而且里面讲了一些FPGA的逻辑设计技巧-This tutorial about how to use SystemVerilog write a CPU, this tutorial is used in conjunction with, and the video album http://i.youku.com/u/UM
cpu
- 用system verilog写的一个arm处理器原代码。-Write an ARM processor system verilog source code.
RISC-CPU
- 精简指令集 CPU 通过仿真验证正确 (使用之前务必看readme文件，和结构图!) 1. 此cpu是夏宇闻 verilog数字系统设计教程中最后一章的例程。 2. 学习时务必先搞明白框图原理，和数据流动！！！ 3. 牢记主状态机中一条指令周期中传输的16bit=3bit指令+13bit地址。 4. 理解数据总线，和地址总线。区分数据和地址。 5. 仔细调试，因为书中有很多小错误。 程序经过quartusii编译通过，另外经过modelsim仿真正确。-RISC