1. Finite Automata: A finite automaton is a simple computational model designed to simulate sequential logic and some computational algorithms. It is a concept in theoretical computer science and discrete mathematics. A finite automaton has a finite number of states, hence the name. It is used in text processing, compilers, and hardware design.

2. Non-Finite Automata: Non-finite automata, also known as Turing machines, are more powerful computational models than finite automata. Unlike finite automata, they have an infinite amount of memory in the form of a tape on

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1. Finite Automata: A finite automaton is a simple computational model designed to simulate sequential logic and some computational algorithms. It is a concept in theoretical computer science and discrete mathematics. A finite automaton has a finite number of states, hence the name. It is used in text processing, compilers, and hardware design.

2. Non-Finite Automata: Non-finite automata, also known as Turing machines, are more powerful computational models than finite automata. Unlike finite automata, they have an infinite amount of memory in the form of a tape on

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1. Finite Automata: A finite automaton is a simple computational model designed to simulate sequential logic and some computational algorithms. It is a concept in theoretical computer science and discrete mathematics. A finite automaton has a finite number of states, hence the name. It is used in text processing, compilers, and hardware design.

2. Non-Finite Automata: Non-finite automata, also known as Turing machines, are more powerful computational models than finite automata. Unlike finite automata, they have an infinite amount of memory in the form of a tape on

Define 1.Finite Automata 2.Non-Finite Automata 3.Acceptor 4.Classifier 5.Transducer

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