A finite state automaton is a mathematical model of computation used to design both computer programs and sequential logic circuits. It is a powerful tool for pattern matching as it consists of a finite number of states and transitions between these states based on input symbols.

Finite state automatons are widely used in text processing, lexical analysis, and many other areas where pattern recognition is essential.

You need to create an FSA that can recognize the pattern "ab*c", where:

'a' is followed by zero or more **'b'**s and then followed by 'c'.

You will implement a function recognize_pattern that takes a string slice as input and returns a boolean indicating whether the input string matches the pattern.

Finite state automatons have a wide range of applications outside computer science as well. For example, they are used in the design of digital circuits. In digital circuit design, an FSA can be used to create sequential circuits such as counters and communication protocol controllers. FSAs are also used in the field of linguistics to model the morphology of languages and in robotics to control the behavior of autonomous robots.

A finite state automaton is a mathematical model of computation used to design both computer programs and sequential logic circuits. It is a powerful tool for pattern matching as it consists of a finite number of states and transitions between these states based on input symbols.

Finite state automatons are widely used in text processing, lexical analysis, and many other areas where pattern recognition is essential.

You need to create an FSA that can recognize the pattern "ab*c", where:

'a' is followed by zero or more **'b'**s and then followed by 'c'.

You will implement a function recognize_pattern that takes a string slice as input and returns a boolean indicating whether the input string matches the pattern.

Finite state automatons have a wide range of applications outside computer science as well. For example, they are used in the design of digital circuits. In digital circuit design, an FSA can be used to create sequential circuits such as counters and communication protocol controllers. FSAs are also used in the field of linguistics to model the morphology of languages and in robotics to control the behavior of autonomous robots.