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mips_project
- 我用verilog写的risc指令集的mips的cpu。可以支持定点运算。顶层单元是top。-I used to write verilog mips risc instruction set of the cpu. To support fixed-point arithmetic. Top-level unit is the top.
mipsdesign
- mips核代码，Verilog写的，希望对大家有用-mips core code, Verilog written
mips2000src
- A small MIPS R2000 implementation in VHDL
ask10
- This a simple MIPS processor datapath written in VERILOG hardware language. You can see the signals when emulating in signalscan. Compile it with verilog in linux.-This is a simple MIPS processor datapath written in VERILOG hardware language. You can
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
singlecycle_mips
- single cycle mips design by verilog.
mips789.tar
- 一个功能很完善，很强大的mips处理器，verilog编写的-A feature is perfect, very strong mips processor, verilog prepared
PipelineCPU
- Quartus II 7.2环境中，采用硬件描述语言VHDL独立完成了基于MIPS指令集的32位RISC处理器的逻辑设计-quartusII mips pipeline 32bit cpu design
MIPS
- 32位MIPS系列的系统，实现加减乘除与或非等等基本功能-32-bit MIPS family of systems, or non-realization of Math and basic functions, etc.
mips
- this a kind of implamentation of the mips processor with explanations.-this is a kind of implamentation of the mips processor with explanations.
mips
- mips指令的编译器，支持常用指令，可以加入注释-mips instruction compiler, supports common commands, you can add notes
MIPS
- MIPs Processor in Verilog
mips-iv
- MIPS IV instruction set
mips
- 这是一个简单地CPU，用MIPS实现，可以实现基本的一些指令，供学习MIPS使用，还包括一个LED模块(This is a simple CPU, implemented with MIPS)
MIPS_SC
- MIPS IEEE sample Papers
資科三_104703032_林倢希
- use mips to count 1 to 30
MIPS-Verilog-master
- MIPS R3000 microprocessor core
zp2
- 用mips汇编语言计算一个个人能力无法轻易完成的二元三次，并考虑到32位系统的数据溢出(The MIPs assembly language is used to calculate the two yuan and three times that an individual's ability can not be easily completed, and the data overflow of the 32 bit system is taken into account.)
select_sort
- mips汇编语言实现选择排序的源代码 输入n，然后输入n行n个数，输出从小到大排序的数列(Read into the integer n, and n numbers,output sorted numbers)
设计相应的数字逻辑判断以下几种情况
- 设计相应的数字逻辑判断以下几种情况： a）确定一个32-bit有符号数大于零 b）确定一个32-bit有符号数小于零 c）确定两个32-bit有符号数相等 d）确定两个32-bit有符号数不相等 e）比较两个32-bit有符号数的大小 画出电路框图，分析复杂度和成本，探讨MIPS指令集分支转移指令的条件比较在硬件实现上可能的优势。(Design corresponding digital logic to judge the following situations: a) Determine