Implement the following code using a register transfer circuit with load enables and their load

condition circuits. Here is one example:

Multiplexer$-$Based Transfers

There are occasions when a register receives data from two or more different

sources at different times. Consider the following conditional statement having an

if$-$then$-$else form:

$if(K_1=1)$ then $(R0$larrR$1)$ else $if(K_2=1)$ then $(R0$larrR$2)$

process$($count$)$

begin

if $(K1)$ then

$R0R1$;

else

if $(K2)$ then

$R0R2$;

end if;

end if;

end process;

For this quiz, implement the following code using register transfer circuits:

process$($count$)$

begin

if $R0R1(A=B)R0R2R0R330pts20pts{A}_1{A}_0{B}_1{B}_{0}A>B,01B>A,00A=B$