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Design the FSMD (Finite State Machine with Datapath) that implements the following simple algorithm expressed in Python. The inputs a,b,c,d the variables 
x are signed integers. You are free to design a Moore or a Mealy type FSMD. Specify which type you choose. N.B. Design the FSMD as a graph only, you do not need to design the control FSM and the datapath circuit. 5 of 4 Exam set continues next page while True: if 
a > b:c=b% a elif 
a < b : 
c=a * 
b else: 
c= 
a//3a=a-1b=b+4

Design the FSMD (Finite State Machine with Datapath) that implements the following simple algorithm expressed in Python. The inputs a,b,c,d the variables x x are signed integers. You are free to design a Moore or a Mealy type FSMD. Specify which type you choose. N.B. Design the FSMD as a graph only, you do not need to design the control FSM and the datapath circuit. 55 of 44 Exam set continues next page while True: if a>b:c=b% a>b: c=b \% a elif a<b a<b : c=a c=a * b b else: c= c= a/3a=a1b=b+4 a / 3 a=a-1 b=b+4

Full solution

Q. Design the FSMD (Finite State Machine with Datapath) that implements the following simple algorithm expressed in Python. The inputs a,b,c,d the variables x x are signed integers. You are free to design a Moore or a Mealy type FSMD. Specify which type you choose. N.B. Design the FSMD as a graph only, you do not need to design the control FSM and the datapath circuit. 55 of 44 Exam set continues next page while True: if a>b:c=b% a>b: c=b \% a elif a<b a<b : c=a c=a * b b else: c= c= a/3a=a1b=b+4 a / 3 a=a-1 b=b+4
  1. Identify Conditions and Actions: Identify the conditions and actions for the FSMD based on the Python code.
  2. Choose FSMD Type: Choose the type of FSMD. I'll go with a Mealy Machine because the output depends directly on the input and the state.
  3. Design States: Design the states for the FSMD.
  4. Draw Transitions: Draw the transitions based on the conditions.
  5. Label Transitions: Label the transitions with appropriate conditions and actions.

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