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Verilog的CPU实现
- 用Verilog编写的CPU,附带指令集与实验报告
8bit Cpu designing
- CPU具有的功能:能完成一些简单的指令 MOV AX,ADDRESS4 --将address4中的内容赋给AX寄存器(在8086/8088汇编语言中称这种寻址方式为直接寻址方式) ADD AX,ADDRESS4 -- 将address4中的内容加到AX寄存器中 SUB AX,ADDRESS4 -- 用address4中的内容减去AX寄存器中的内容 OUT -- 输出AX寄存器中的内容 HLT
CPU
- verilog编写CPU: 1. 哈佛存储器结构,大端格式; 2. 类MIPS精简指令集,支持子程序调用和软中断; 3. 实现了乘除法; 4. 五级流水线,工作频率可达80MHz(每个时钟周期一条指令,不计流水线冲突)。 -MIPS like CPU using verilog
cpu
- vhdl编的cpu,自己的课程验收实验,微指令实现,流程详细。存储,加减基本运算均有,乘法使用位移相加法得到。其中excel有微程序控制信号的编码,储存ram编写,控制器rom编写等-vhdl code of cpu, its acceptance test program, microcode implementation process in detail. Storage, addition and subtraction are the basic operations, multipl
cpu
- 计算机组成原理假期课程设计“一个简单的CPU设计”,有全部的设计思路,能够实现四条简单指令-Principles of Computer Organization holidays curriculum design
CPU
- 32位5级流水线CPU设计指令系统、指令格式、寻址方式、寄存器结构、数据表示方式、存储器系统、运算器、控制器和流水线结构等-32bit pipeline CPU
CPU
- 从C语言到CPU的指令设计,设计了一个基本的CPU指令集-From the C language to CPU instruction design, the design of a basic CPU instruction set
jisuanjizucheng3
- 计算机组成原理课程设计。基本模型机的设计—跳转、转移指令的实现 熟悉微程序控制的原理,掌握微程序的编制、写入并观察运行状态。明白每一条指令在内存、CPU中的存取和执行流程-Principles of curriculum design computer components. The basic model design- Jump, the realization of the transfer of command are familiar with the principle of mic
cpu
- 用VHDL语言设计简单的CPU,重点设计微操作代码,然后设计CPU各组成模块,最后根据设计的微操作设计微指令,验证设计的正确性。可基本实现加、减、乘、除、移位、循环等操作。-VHDL language is designed to be simple to use the CPU, the focus of the design of micro-operation code, and then design the components of CPU module designed the f
cpu
- 基于MIPS指令集的32位CPU设计与VHDL实现-Based on the MIPS instruction set of the 32-bit CPU design and the realization of VHDL
zhilingji
- intel cpu的指令集,不是intel的帮助文件,是一个chm格式,只包含指令集。-instruction set of intel cpu, intel is not the Help file is a chm format, instruction set contains only.
CPU
- 用VC++模拟单周期cpu,是体系结构课程的一次作业,包括硬件设计,指令设计等,仅十几条汇编指令啦,程序还支持堆栈操作,能进行算术运算,输入运算表达式就能自动生成汇编代码,代码装载后可以调试运行,支持单步和全速运行-Using VC++ simulation of single-cycle cpu, is a one-stop course architecture, including hardware design, instruction design, only dozens of as
CPU
- 32位精简指令处理器 非流水线版 具有无极流水线-32bitRISK CPU without pipeline
cpu
- 简单CPU 能处理10条简单CPU指令 不包括IO指令-Simple CPU can process 10 a simple CPU instructions do not include IO commands
cpu
- 基于十二条简单汇编指令构成的一个cpu 采用vhdl语言编写 内附源代码 工具sylinx-Based on 12 simple assembly instructions consisting of a cpu using vhdl language source code tool sylinx included
cpu
- 设计以及基本的CPU,至少包括四个基本单元,控制单元,内部寄存器,ALU和指令集-The purpose of this project is to design a simple CPU (Central Processing Unit). This CPU has basic instruction set, and we will utilize its instruction set to generate a very simple program to verify its perf
KD-CPU
- 计算机原理课程设计给予Verilog做的课题,丰富的指令支持,LOOP,TRAP、以及子程序调用等-Principles of curriculum design to do the computer issues a rich instruction support, LOOP, TRAP, and subroutine calls, etc.
cpu
- 包括1) 时钟发生器 2) 指令寄存器 3) 累加器 4) RISC CPU算术逻辑运算单元 5) 数据控制器 6) 状态控制器 7) 程序计数器 8) 地址多路器 -1) clock generator 2) instruction register 3) accumulator 4) RISC CPU arithmetic logical unit 5) of the data controller 6) state controller 7),
CPU
- VHDL16位cpu,能实现加减法移动等指令-vhdl 16 cpu,include add,sub,move and so on.
CPU-Project
- CPU设计,包含基本的指令集,能执行简单的程序。考虑了CPU,寄存器,存储器和指令集之间的关系。即读写寄存器,读写存储器和执行指令。-CPU design, including basic instruction set, to execute a simple program. Consider the CPU, registers, memory, and the relationship between instruction sets. That read and write regis