P.2. Find a state-machine diagram that is equivalent to the state diagram in Fig. 1. Reduce the complexity of the transition conditions as much as possible. Attempt to make outputs unconditional by changing Mealy outputs to Moore outputs. Make a state assignment to your state-machine diagram and find an implementation for the corresponding sequential circuit using D flop-flops. AND gates, OR gates. and inverters (20 marks). Reset Input X. Y Output Z 10/0, 11/0 01/1.11/0 00/0,01/1 B 00/0,01/00 01/1, 10/1 00/1, 10/0 00/1, 11/1 10/0, 11/1

P.2. Find a state-machine diagram that is equivalent to the state diagram in Fig. 1. Reduce the complexity of the transition conditions as much as possible. Attempt to make outputs unconditional by changing Mealy outputs to Moore outputs. Make a state assignment to your state-machine diagram and find an implementation for the corresponding sequential circuit using D flop-flops. AND gates, OR gates. and inverters (20 marks). Reset Input X. Y Output Z 10/0, 11/0 01/1.11/0 00/0,01/1 B 00/0,01/00 01/1, 10/1 00/1, 10/0 00/1, 11/1 10/0, 11/1