Due to reasons that are too complicated to explain here. We cannot provide the FSM tutorial directly to you in this question. If you need more information, check-out the Finite State Machine (FSM) basics sub-section in the Text and Videos question. The first example in that sub-section should help you with this problem.Design a finite state machine that continuously outputs the pattern '001' no matter what the inputs are. The input bit (which you should ignore) is called i; the output is called o.

1. First, we need to define the states of the finite state machine. Since we want the machine to continuously output the pattern '001', we can define three states: State 1, State 2, and State 3.

2. In State 1, the output will be '0'. In State 2, the output will be '0' again. In State 3, the output will be '1'.

3. We also need to define the transitions between the states. Since we want the machine to continuously output the pattern '001', we can define the following transitions:

• From State 1, if the input bit is '0', transition to State 2. If the input bit is '1', stay in State 1.
• From State 2, if the input bit is '0', transition to State 3. If the input bit is '1', stay in State 1.
• From State 3, if the input bit is '0', transition to State 1. If the input bit is '1', stay in State 1.

4. Finally, we can draw the state diagram for the finite state machine:

          i=0/o=0        i=1/o=0
   State 1 ------> State 2 ------> State 3
     ^                                      |
     |--------------------------------------|

In this state diagram, the arrows represent the transitions between the states, and the labels on the arrows represent the input/output pairs. The circle represents the current state of the machine.

So, this finite state machine will continuously output the pattern '001' no matter what the inputs are.