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[VHDL-FPGA-Verilog] PIPE_LINING_CPU_TEAM_24 DL : 0: 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,rs,rt slti rt,rs,imm sltiu rt,rs,imm sllv rd,rt,rs sra rd,rt,shamt blez rs,imm j target lwl rt,offset(base) lwl rt,offset(base) lw rt,imm(rs) sw rt,imm(rs) 在本设计中，采取非常良好的模块化编程风格，共分十三个主要模块PIPE_LINING_CPU_TEAM_24.v为顶层实体文件，对应为PIPE_LINING_CPU_TEAM_24模块作为顶层实体模块，如下： ifetch.v、regdec.v、exec.v、mem.v、wr.v分别实现五个流水段； cpuctr.v用于产生CPU控制信号； ALU.v用于对操作数进行相应指令的运算并输出结果； DM.v数据存储器 IM.v指令存储器 datareg.v数据寄存器堆 extender.v位扩展 yiwei_32bits.v 实现32位四种移位方式的移位器在顶层实体中，调用ifetch.v、regdec.v、exec.v、mem.v、wr.v这五个模块就实现了流水线CPU。顶层模块的结构清晰明了。对于学习verilog编程非常有用- Quatus II compiled by the environment, using Verilog HDL language to achieve a five-stage pipeline CPU. To complete the following 22 commands (not considering the virtual address and Cache, and the default mode for the small end): 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, rs, rt slti rt, rs, imm sltiu rt, rs, imm sllv rd, rt, rs sra rd, rt, shamt blez rs, imm j target lwl rt, offset (base) lwl rt, offset (base) lw rt, imm (rs) sw rt, imm (rs) In this design, take a very good modular programming style, is divided into 13 main modules PIPE_LINING_CPU_TEAM_24.v for the top-level entity file, the corresponding module as a top-level entity for the PIPE_LINING_CPU_TEAM_24 modules, as follows: ifetch.v, regdec.v, exec.v, mem.v, wr.v water were to achieve the five paragraph cpuctr.v used to generate CPU control signal ALU.v accordingly
Date : 2026-01-01 Size : 4.72mb User : 石
[VHDL-FPGA-Verilog] ALU1 DL : 0: ALU 指令格式(16位） op DR SR fun 0--3 4—7 8--11 12--15 　　　　　指令类 OP码指令 FUN 功能描述控制 0000　 NOP 0000 空指令 HLT 0001 停机有条件跳转 0010　 JZ 0000 Z=1，跳转 JC 0001 C=1，跳转 JNC 0010 C=0，跳转 JNZ 0100 Z=0，跳转 Jump 0101 无条件跳转 LOAD 0011 　　 [SR]->DR STORE 0100 　　 SR->[DR] MOV(reg to reg) 0101 　　 SR->DR MOV(IMM to reg) 0110 　　 IMM->DR 移位 0111　 SHL 0000 逻辑左移/算术左移 SHR 0001 逻辑右移 SAR 0010 算术右移 RCL 0011 含进位的左循环移位 RCR 0100 含进位的右循环移位 ROL 0101 不含进位左循环移位 ROR 0111 不含进位右循环移位算术类 1000 ADD 0000 DR+SR->DR SUB 0001 DR-SR->DR MUL 0010 DR*SR->DR,SR DEC 0011 DR+1->DR INC 0100 DR-1->DR CMP 1000 DR-SR,比较逻辑类 1001 AND 0000 DR and SR->DR OR 0001 DR or SR->DR XOR 0010 DR xor SR->DR NOT 0100 /DR->DR TEST 1000 DR and SR 测试栈类 1010 POP 0000 DR入栈 PUSH 0001 出栈->DR -It was writen by myself,and it is very easy!
Date : 2026-01-01 Size : 1kb User : 翟志强
[VHDL-FPGA-Verilog] PipelineCPU DL : 0: 用Verilog HDL语言或VHDL语言来编写，实现多周期CPU设计。能够完成以下二十二条指令。（均不考虑虚拟地址和Cache，并且默认为大端方式）： 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 clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, rs, imm sllv rd，rt，rs sra rd，rt，shamt blez rs, imm j target lwl rt，offset（base） lwr rt，offset（base） lw rt，imm（rs） sw rt，imm（rs） -Written in Verilog HDL or VHDL language, multi-cycle CPU design. Able to complete the following 22 instructions. (Not taking into account the virtual address and the Cache, and the default is big endian): add rd, rs, rt addu rd, rs, rt addi rt, rs, imm addiu rt, rs, imm sub rd, rs, rt subu rd, rs, rt of nor rd, rs, rt xori rt, rs, imm clo clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, rs, imm sllv rd, rt, rs sra rd, rt, shamt blez rs, imm j target lwl rt, offset (base) lwr rt, offset (base) lw rt, imm (rs) sw rt, imm (rs)
Date : 2026-01-01 Size : 4.84mb User : 徐帆
[VHDL-FPGA-Verilog] mulitcpu DL : 0: 用verilog HDL语言或者VHDL语言来编写，实现多时钟周期CPU的设计。能够完成以下二十二条指定（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 clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, rs, imm sllv rd, rt, rs sra rd, rt, shamt blez rs, imm j target lwl rt, offset(base) lwr rt, offset(base) lw rt, imm(rs) sw rt, imm(rs) -Verilog HDL language or VHDL language to write multi-clock cycle of the CPU design. To complete the following 22 specified (not taking into account the virtual address and the Cache and the default Xiaoduan): add rd, rs, rt addu rd, rs, rt addi rt, rs, imm addiu rt, rs, imm sub rd, rs, rt subu rd, rs, rt of nor rd, rs, rt xori rt, rs, imm clo clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, rs, imm sllv rd, rt, rs sra rd, rt, shamt blez rs, imm j target lwl rt, offset (base) lwr rt, offset (base) lw rt, imm (rs) sw rt, imm (rs)Undo edits DictionaryGoogle Translate for Business:Translator ToolkitWebsite TranslatorGlobal Market Finder
Date : 2026-01-01 Size : 8.47mb User : 徐帆
[VHDL-FPGA-Verilog] 091220111singalcpu DL : 0: 用verilog HDL语言或者VHDL语言来编写，实现单周期CPU的设计。能够完成以下十六条指定： 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 clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, ts, imm blez rs, imm j target -Verilog HDL language or VHDL language to write the single-cycle CPU design. Able to complete the following 16 designated: add rd, rs, rt addu rd, rs, rt addi rt, rs, imm addiu rt, rs, imm sub rd, rs, rt subu rd, rs, rt of nor rd, rs, rt xori rt, rs, imm clo clz slt rd, rs, rt sltu rd, rs, rt slti rt, rs, imm sltiu rt, ts, imm blez rs, imm j target
Date : 2026-01-01 Size : 9.09mb User : 徐帆