For the following single$-$cycle processor, fill the table of signal values for each instruction below. The values of registers and memory are given in the table below. $[20]$ Register Value $0($$$0)0$x$00000000...8($$t$0)0$x$000030009($$t$1)0$x$0000300410($$t$2)0$x$0000000411($$t$3)0$x$0000001012($$t$4)0$x$0000000813($$t$5)0$x$0000000014($$t$6)0$x$0000000015($$t$7)0$x$00000000...$ $pc $0$x$00001000$ Memory address Value $0$x$000010000$x$8$D$0$D$00080$x$000010040$xAD$2$A$00040$x$000010080$x$010970200$x$0000100$C $0$x$216$F$10000$x$000010100$x$116$C$2000...0$x$000030000$x$100010000$x$000030040$x$200020000$x$000030080$x$30003000($a$)$ lw $t$5,8($$t$0)($b$)$ sw $t$2,4($$t$1)($c$)$ add $t$6,$ $t$0,$ $t$1($d$)$ addi $t$7,$ $t$3,0$x$1000($e$)$ beq $t$3,$ $t$4,0$x$2000$ Signal $($a$)($b$)($c$)($d$)($e$)$ PC $0$x$000010000$x$000010040$x$000010080$x$0000100$C $0$x$00001010$ RD of Instruction Memory A$1$ of Register File A$2$ of Register File A$3$ of Register File SrcA of ALU SignImm SrcB of ALU ALUResult WriteData ReadData PCBranch MemtoReg MemWrite Branch ALUSrc RegDst RegWrite

For the following single$-$cycle processor, fill the table of signal values for each instruction below. The values of registers and memory are given in the table below. $[20]$

$\backslash$table$[[$Register$,$Value$],[0($$$0),000000000$