Modify both the table and the datapath below for the single-cycle implementation to add the instruction jr (jump register). You should also indicate each of the appropriate settings for the control lines to support the jr instruction in the table below. Again use an X when the value for a control line does not matter. You can assume that the opcode field uniquely identifies the jr instruction. (50 points) RegALUMemto Reg MemMem Dst Src ALU ALU Instruction BranchJump RegWriteReadWrite R-format SW beq addiu Instruction [25-0] /shift left 2 Jump address [31-o] 28 PC+4 [31-28 26 Add UI ul 4 Add Shift left 2 RegDst Jum MemRead Instruction [31-26 MemtoRe MemWrite RegWrite Control Instruction [125-21] Read Read PCaddress register 1 Read Instruction [20-16]Read data 1 Zero Instruction register 2 [31-0] ALU ALUAddress data Read Read M Write InstructionInstruction [15-11] regist Write UI result memory UI UI data Registers Write Data data memory Sign- 32 extend Instruction [15-0 ALU control Instruction [5-0] Modify both the table and the datapath below for the single-cycle implementation to add the instruction jr (jump register). You should also indicate each of the appropriate settings for the control lines to support the jr instruction in the table below. Again use an X when the value for a control line does not matter. You can assume that the opcode field uniquely identifies the jr instruction. (50 points) RegALUMemto Reg MemMem Dst Src ALU ALU Instruction BranchJump RegWriteReadWrite R-format SW beq addiu Instruction [25-0] /shift left 2 Jump address [31-o] 28 PC+4 [31-28 26 Add UI ul 4 Add Shift left 2 RegDst Jum MemRead Instruction [31-26 MemtoRe MemWrite RegWrite Control Instruction [125-21] Read Read PCaddress register 1 Read Instruction [20-16]Read data 1 Zero Instruction register 2 [31-0] ALU ALUAddress data Read Read M Write InstructionInstruction [15-11] regist Write UI result memory UI UI data Registers Write Data data memory Sign- 32 extend Instruction [15-0 ALU control Instruction [5-0]