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i was givn this which i am happy with. can you help me with Designinga circuit to implement your state machine. Show the minimisation process
i was givn this which i am happy with. can you help me with Designinga circuit to implement your state machine. Show the minimisation process and the final equations in your report. Implement and simulate your design using DigitalLogisim to verify functionality design a finite state machine FSM to detect the sequence in a bit stream. The output should be a single bit that goes high whenever the sequence has been detected. Note that the input should result in two detections.Note however, that it does not consider overlapping sequences. make sure you use the minimum states you can. this is i have done, can you do it in states?o design a finite state machine FSM that detects the sequence in a bit stream using a minimal number of states, we can indeed accomplish this with just states. Here is the state diagram and description for such an FSM: States and Transitions: State S: Initial state, waiting for the first Transition to S on Remain in S on State S: Detected the first Transition to S on Return to S on State S: Detected Transition to S on Stay in S on State S: Detected Transition to S on Return to S on State S: Detected Transition to S on and output detection complete Return to S on
i was givn this which i am happy with. can you help me with Designinga circuit to implement your state machine. Show the minimisation process and the final equations in your report.
Implement and simulate your design using DigitalLogisim to verify functionality
design a finite state machine FSM to detect the sequence in a bit stream. The output should be a single bit that goes high whenever the sequence has been detected. Note that the input should result in two detections.Note however, that it does not consider overlapping sequences. make sure you use the minimum states you can. this is i have done, can you do it in states?o design a finite state machine FSM that detects the sequence in a bit stream using a minimal number of states, we can indeed accomplish this with just states. Here is the state diagram and description for such an FSM:
States and Transitions:
State S: Initial state, waiting for the first
Transition to S on
Remain in S on
State S: Detected the first
Transition to S on
Return to S on
State S: Detected
Transition to S on
Stay in S on
State S: Detected
Transition to S on
Return to S on
State S: Detected
Transition to S on and output detection complete
Return to S on
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