What are the differences between FSM and other models?

What are the differences between FSM and other models?

FSM, or Finite State Machine, is a computational model used to design algorithms. Unlike other models, it has a limited number of states and transitions.

Can you explain how FSM compares to Turing machines?

Sure! Turing machines are more powerful than FSMs because they can handle an infinite amount of memory, while FSMs are limited to a finite number of states.

What about the differences between FSM and statecharts?

Statecharts extend FSMs by allowing hierarchical states and concurrent states, making them more suitable for complex systems.

Are there practical applications where FSM is preferred over other models?

Yes, FSMs are often used in embedded systems, protocol design, and game development due to their simplicity and efficiency.

Can you give me an example of an FSM in real life?

Certainly! A simple example of an FSM is a traffic light system, which has states like 'Red', 'Green', and 'Yellow' with defined transitions.