The State Diagram Of A 0101 Sequence Detector Is Shown In The Following. Assume That The Detector Starts In State S0 And That S2 Is The Accepting State. The Labels On The Arrow Indicate The Input/output Associated With The Indicated Transitions. Develop A VHDL Model For The Sequence Detector Described Above. Simulate The Model Using Quartus Software. …

The State Diagram Of A 0101 Sequence Detector Is Shown In The Following. 
Assume That The Detector Starts In State S0 And That S2 Is The Accepting 
State. The Labels On The Arrow Indicate The Input/output Associated With 
The Indicated Transitions. Develop A VHDL Model For The Sequence Detector 
Described Above. Simulate The Model Using Quartus Software. ...

Transcribed Text:Question: The state diagram of a 0101 sequence detector is shown in the f

The state diagram of a 0101 sequence detector is shown in the following. Assume
that the detector starts in state SO and that S2 is the accepting state. The labels on
the arrow indicate the input/output associated with the indicated transitions.

Develop a VHDL model for the sequence detector described above. Simulate the model
using Quartus software. Present a timing diagram of your simulation showing that it
works.

Expert Answer

zon answered this

Program:

lrary ieee:
use eee std_logic_1164al

sequence_detcis
port ( elk :instd_logic

‘end sequence_det:
architecture arch of sequence_detc is
type state is (50, 1, $2, $3):
signal curent_state, next_state: state:
begin
process (ck)
begin
itrsing edge (ck then
current_state <= next_state; endif end process process (urrent_state,®) begin case (current_state) is next state <= 53 when others=> null
end case:

‘end process
‘end arch;

‘Sample Output:

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