Fill in the control signals and the values of the elements in your Datapath & Control...

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Fill in the control signals and the values of the elements in your Datapath & Control path for the below branch (beq) instruction. You can assume the branch is taken and the PC is holding the address of beq instruction. The PC value is Ox200. You will also figure out the value of the registers when the branch is taken to fill the table. Instruction Memory Instruction Address Inst (31:26] 2521 Sat 120 361 at (15:11 X RegDst at 15:0 Inat [5:0] MIPS Program: (.. j L2 Add L1: Control RRI WR WD Branch Registers ALUOP RDI RegWrite Sign Extend RO2 addi $s0, $zero, 0 addi $t0, $zero, 0 Left Shin 200 ALUSec M addi $18, $zero, 100 L2: beq $t0, $t8, L1 addi $t0,$t0, 1 addi $18, $t8, -1 add $50, $t0,$t8 ALU Control Add 07 ALU ALU 14 ALUControl MemWrite Address Data Memory Write Data Read Data HemRead MemToReg Fill in the values of the fields in the table *, your answers must follow the base given (Ob for binary, Ox for hexadecimal). RegDst RegWrite ALUSrc PCSrc ALUControl ALUResult* Ox MemRead MemWrite MemToReg WriteData* Ox ALUOP isZero Sign Extend Output* A* B Inst[31-26]* Inst[25:21]* Inst[20:16]* Inst[15:11]* Inst[5:0]* Ox Ox | | Ob Ob Ob Ob Ob For rows marked with Fill in the control signals and the values of the elements in your Datapath & Control path for the below branch (beq) instruction. You can assume the branch is taken and the PC is holding the address of beq instruction. The PC value is Ox200. You will also figure out the value of the registers when the branch is taken to fill the table. Instruction Memory Instruction Address Inst (31:26] 2521 Sat 120 361 at (15:11 X RegDst at 15:0 Inat [5:0] MIPS Program: (.. j L2 Add L1: Control RRI WR WD Branch Registers ALUOP RDI RegWrite Sign Extend RO2 addi $s0, $zero, 0 addi $t0, $zero, 0 Left Shin 200 ALUSec M addi $18, $zero, 100 L2: beq $t0, $t8, L1 addi $t0,$t0, 1 addi $18, $t8, -1 add $50, $t0,$t8 ALU Control Add 07 ALU ALU 14 ALUControl MemWrite Address Data Memory Write Data Read Data HemRead MemToReg Fill in the values of the fields in the table *, your answers must follow the base given (Ob for binary, Ox for hexadecimal). RegDst RegWrite ALUSrc PCSrc ALUControl ALUResult* Ox MemRead MemWrite MemToReg WriteData* Ox ALUOP isZero Sign Extend Output* A* B Inst[31-26]* Inst[25:21]* Inst[20:16]* Inst[15:11]* Inst[5:0]* Ox Ox | | Ob Ob Ob Ob Ob For rows marked with

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