搜索资源列表
CPU
- 使用verilog作为CPU设计语言实现单数据通路五级流水线的CPU。具有32个通用寄存器、一个程序计数器PC、一个标志寄存器FLAG,一个堆栈寄存器STACK。存储器寻址粒度为字节。数据存储以32位字对准。采用32位定长指令格式,采用Load/Store结构,ALU指令采用三地址格式。支持有符号和无符号整数加、减、乘、除运算,并支持浮点数加、减、乘、除四种运算,支持与、或、异或、非4种逻辑运算,支持逻辑左移、逻辑右移、算术右移、循环右移4种移位运算,支持Load/Store操作,支持地址/立即
verilog实现ALU的源代码
- verilog实现ALU的源代码,并提供了一个详细的测试平台!-achieve ALU Verilog source code, and provide a detailed test platform!
PIPE_LINING_CPU_TEAM_24
- 采用Quatus II编译环境,使用Verilog HDL语言编写实现了五段流水线CPU。 能够完成以下二十二条指令(均不考虑虚拟地址和Cache,并且默认为小端方式): add rd,rs,rt addu rd,rs,rt addi rt,rs,imm addiu rt,rs,imm sub rd,rs,rt subu rd,rs,rt nor rd,rs,rt xori rt,rs,imm clo rd,rs clz rd,rs slt rd,rs,rt sltu rd,
alu
- 用Verilog编写的简单的运算单元(ALU),可实现加、减、与、或、异或、非、左、右移等功能-Verilog prepared with simple arithmetic unit (ALU), can be add, subtract, and, or, exclusive-OR, non-, left, and other functions shifted to right
alu
- 设计带进位算术逻辑运算单元,根据74LS181功能表,用Verilog HDL硬件描述语言编程实现ALU181的算术逻辑运算功能,编辑实验原理图,在算术逻辑单元原理图上,将其扩展为带进位的算术逻辑运算单元,对其进行编译,并设计波形对其进行仿真验证,最后下载验证-Design into the digital arithmetic logic operation unit, in accordance with menu 74LS181 with Verilog HDL hardware desc
alu
- 加法器FPGA 实现,精简,快速,高效,有仿真文件-adder base on FPGA ,verilog HDL
ALUALUcontrol
- 实现32位的ALU,使其能够支持基本的指令。用Verilog HDL语言或VHDL语言来编写,实现ALU及ALU控制器。 -To achieve 32-bit ALU, so that it can support the basic directives. With the Verilog HDL language or VHDL language to write, implement ALU and the ALU controller.
ALU
- 算术逻辑部件的verilog代码,它能够实现半加器、全加器、比较、按位与、按位或、按位异或、加一、减一的操作-Arithmetic logic unit of the verilog code, it can achieve half adder, full adder, compare, bitwise and, bitwise or, bitwise xor, plus one, minus one operation
74181ALU
- alu功能。实现计算机的数字运算。运用的是74181芯片-alu function. The number of computer-based operations. Use the 74181 chip. .
ALUC
- 用verilog语言中xilinx平台上实现single ALU,包括alu的基本MIPS指令运算,ALU control的实现-Xilinx verilog languages with the platform to achieve single ALU, including the basic MIPS instructions alu operations, ALU control implementation
ALU
- verilog硬件仿真,实现32-bit RISC微处理器的算数逻辑单仿真元(ALU),实现加减运算、逻辑运算、移位运算。仿真级别为RTL级。-verilog hardware simulation, to achieve 32-bit RISC microprocessor arithmetic logic one simulation element (ALU), to achieve addition and subtraction operations, logic operations
MIPS-ARM-ALU
- 用verilog描述语言实现的MIPS和ARM的ALU程序。-Verilog descr iption language with the MIPS and ARM ALU program.
alu
- 32位alu模块实现加减法、逻辑运算、移位、比较和置高位立即数等功能。verilog实现。-32-bit alu module achieves functions like addition and subtraction, logical operations, shift, compare, and set a high immediate number by verilog
ALU
- Verilog编写的ALU,可实现数学、移位、逻辑运算-ALU Verilog prepared, enabling mathematics, shift, logical operations
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.
ALU
- 算术逻辑单元,可以实现加法、减法、比较、移位、与门、或门等功能(arithmetic and logic unit)
各种基础module打包下载全集
- 例如分频器,alu,ram的verilog实现(The implementation of divider, alu, ram etc. in verilog)
计算器
- 用verilog语言实现了一个计算器alu,实现加减乘除的简单计算。(Using Verilog language to achieve a simple calculator ALU, computing add, subtract, multiply and divide.)
ALU32
- 采用booth算法,实现了32位的ALU。(The 32 bit ALU is realized by using the Booth algorithm.)
RISC
- 对ALU中的数据进行操作(实现ADD,SUB,AND,NOT等功能)(Operation of data in ALU (ADD, SUB, AND, NOT and other functions).)