For the MIPS multi-cycle datapath, draw the finite state machine that represents the control necessary for the execution of the instructions NewLw described in problem 20, and the instruction WhereAmI (WAI) which does the following: It puts the instruction's location, that is, the value of the PC when the instruction was called into a register specified by the rt field (i.e., bits 120... 16]). You should number all the states, label the states with actions taken from the set {IF, ID, EX, MEM, WB} and also indicate in each state the values of all the relevant multiplexor variables and control signals. Complete the diagram that has been started below. For the MIPS multi-cycle datapath, draw the finite state machine that represents the control necessary for the execution of the instructions NewLw described in problem 20, and the instruction WhereAmI (WAI) which does the following: It puts the instruction's location, that is, the value of the PC when the instruction was called into a register specified by the rt field (i.e., bits 120... 16]). You should number all the states, label the states with actions taken from the set {IF, ID, EX, MEM, WB} and also indicate in each state the values of all the relevant multiplexor variables and control signals. Complete the diagram that has been started below