Construct the combinational circuit diagram for the Binary Number Comparison Circuit in Logisim, and upload your $.$circ file.

Use multi$-$input logic gates as much as possible. For example, if you need to AND $4$ bits together, use a $4-$bit AND gate instead of using three $2-$bit AND gates in cascade.

Hand$-$drawn combinationaBinary Number Comparison Circuit

The following questions refer to a combinational circuit which takes $4$ input bits A$1,$ A$0,$ B$1$ and B$0$ and generates three output bits Less, Equal, and Greater such that:

Less$($A$1,$ A$0,$ B$1,$ B$0)=$ unsigned integer A$1$A$0<$ unsigned integer B$1$B$0$

Equal$($A$1,$ A$0,$ B$1,$ B$0)=$ unsigned integer A$1$A$0==$ unsigned integer B$1$B$0$

Greater$($A$1,$ A$0,$ B$1,$ B$0)=$ unsigned integer A$1$A$0>$ unsigned integer B$1$B$0$l circuit diagrams are not accepted

Please make it in LogiSim Evolution or LogiSim and send screenshots. Thanks!