Currently, this model detects the overlapping sequence\"101\" ----> REDESIGN the Moore FSM below todetect the NEW sequence \"011\" , simulate using thesame test bench, and create a Moore TransitionDiagram for the new sequence 011.

module moore_seq
(
   input clock, reset, x,
   output reg z
);
//assign binary encoded codes to the states A through D
parameter
   A = 2'b00,
   B = 2'b01,
   C = 2'b10,
   D = 2'b11;
reg [1 : 0] current_state, next_state;

//Section 1: Next state generator (NSG)
always@(*)
begin
   casex (current_state)

   A: if ( x == 1)
       next_state = B;

   else

       next_state = A;

   B: if (x ==1)
       next_state = B;

   else

       next_state = C;

   C: if (x == 1)
       next_state = D;

   else

       next_state = A;

   D: if (x == 1)
       next_state = B;

   else

       next_state = C;

   endcase
end

//Section 2: Output generator
always@(*)
begin
   if (current_state == D)
       z = 1;
   else
       z = 0;
end

//Section 3: The Flip-flops
always@(posedge clock, posedge reset)
begin
   if (reset == 1)
       current_state <= A;

   else

       current_state <=next_state;
   end

endmodule

// This the test bench

`include \"moore_seq.v\"

module moore_seq_tb();

reg clock, reset, x;

wire z;

moore_seq u1(clock, reset, x, z);

initial begin
$monitor(\"%4d: z = %b\", $time, z);
clock = 0;
reset = 1;
x = 0;
#10 reset = 0;
end

always begin
#5clock = ~clock;
end

initial begin

#10 x = 1; $display(\"%4d: x = %b\", $time, x);
#10 x = 1; $display(\"%4d: x = %b\", $time, x);
#10 x = 1; $display(\"%4d: x = %b\", $time, x);
#10 x = 0; $display(\"%4d: x = %b\", $time, x);
#10 x = 1; $display(\"%4d: x = %b\", $time, x);
#10 x = 0; $display(\"%4d: x = %b\", $time, x);
#10 x = 1; $display(\"%4d: x = %b\", $time, x);
#10 x= 1; $display(\"%4d: x = %b\", $time, x);
#10 x = 0; $display(\"%4d: x = %b\", $time, x);
#10 x= 0; $display(\"%4d: x = %b\", $time, x);
#10 $finish;
end
endmodule