computer organization course

Write the detailed algorithm for JR instruction. Note down, the data-path items from the algorithm. Draw the data-path that can implement the algorithm. Finally, modify the following data-path diagram so that it can also implement JR instruction and fill the table below after adding any extra control signals. Note that the following data-path representation can implement R-Type, -Type, LW, SW, Bne, Beq and J instructions Following is an example and RTL description of JR instruction: 30 Jump or Branch Target Address JR $to NextBq PCBne ALU resut mm16 InstructionRRAA 32 0 Memory Data Memory 32 32 nstructionRt Registers LAddress 32 32 Data out Rd RW Dsta in BusW CE 32 RegDst Rog Wrie clk Mem Mom Mem Values of Control Signals to execute JR Instruction (add more columfing to the taie'if neede8d in tok Write the detailed algorithm for JR instruction. Note down, the data-path items from the algorithm. Draw the data-path that can implement the algorithm. Finally, modify the following data-path diagram so that it can also implement JR instruction and fill the table below after adding any extra control signals. Note that the following data-path representation can implement R-Type, -Type, LW, SW, Bne, Beq and J instructions Following is an example and RTL description of JR instruction: 30 Jump or Branch Target Address JR $to NextBq PCBne ALU resut mm16 InstructionRRAA 32 0 Memory Data Memory 32 32 nstructionRt Registers LAddress 32 32 Data out Rd RW Dsta in BusW CE 32 RegDst Rog Wrie clk Mem Mom Mem Values of Control Signals to execute JR Instruction (add more columfing to the taie'if neede8d in tok