2020Journal of Critical ReviewsOpen access

E-O DFA: A Novel Finite Automata that recognizes Evenor Odd numbers

P. Sri Ram Chandra, G. Venkateswara Rao, G.V. Swamy

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Abstract

The theory of automata and its computation is exemplified as calculation by means of three essential theoretical machines namely “Finite Automata”, “Pushdown Automata” and “Turing Machine”. This manuscript proposes a sketch of “Deterministic Finite Automata” that recognizes the Even or Odd numbers when represented in binary form and the suitable validations were also presented.

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What this paper is about

The theory of automata and its computation is exemplified as calculation by means of three essential theoretical machines namely “Finite Automata”, “Pushdown Automata” and “Turing Machine”. This manuscript proposes a sketch of “Deterministic Finite Automata” that recognizes the Even or Odd numbers when represented in binary form and the suitable validations were also presented.

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Available abstract

The theory of automata and its computation is exemplified as calculation by means of three essential theoretical machines namely “Finite Automata”, “Pushdown Automata” and “Turing Machine”. This manuscript proposes a sketch of “Deterministic Finite Automata” that recognizes the Even or Odd numbers when represented in binary form and the suitable validations were also presented.

Key concepts: DFA minimization, Nested word, ω-automaton, Deterministic finite automaton, Quantum finite automata, Nondeterministic finite automaton, Automata theory, Finite-state machine

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