Retractable state-finite automata without outputs
Attila Nagy
Abstract
Open-access reader
Attila Nagy
Abstract
Open-access reader
A homomorphism of an automaton ${\bf A}$ without outputs onto a subautomaton ${\bf B}$ of ${\bf A}$ is called a retract homomorphism if it leaves the elements of $B$ fixed. An automaton ${\bf A}$ is called a retractable automaton if, for every subautomaton ${\bf B}$ of ${\bf A}$, there is a retract homomorphism of ${\bf A}$ onto ${\bf B}$. In [1] and [3], special retractable automata are examined. The purpose of this paper is to give a complete description of state-finite retractable automata without outputs.
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A homomorphism of an automaton ${\bf A}$ without outputs onto a subautomaton ${\bf B}$ of ${\bf A}$ is called a retract homomorphism if it leaves the elements of $B$ fixed. An automaton ${\bf A}$ is called a retractable automaton if, for every subautomaton ${\bf B}$ of ${\bf A}$, there is a retract homomorphism of ${\bf A}$ onto ${\bf B}$. In [1] and [3], special retractable automata are examined. The purpose of this paper is to give a complete description of state-finite retractable automata without outputs.
Key concepts: Homomorphism, Retract, Automaton, Discrete mathematics, Finite-state machine, State (computer science), Mathematics, Computer science