Regular expressions and finite automata represent regular languages. The link between these two mathematical structures is the subject of many research topics. Each one of these models gets advantages and inconveniences. In this document, new regular operators are defined, the multitildes- bars, which create a new expression model falling in the range of finite automata to simple regular expressions, which uses concatenation, union, and Kleene's star. Multi-tildes-bars are based on simple regular operations, namely the adjunction or the elimination of the empty word. Several classical conversions between simple regular expressions and finite automata are extended to these new operators. Finally, we show that these new expressions have an ex...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
We consider the construction of finite automata from their corresponding regular expressions by a se...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
Regular expressions and finite automata represent regular languages. The link between these two math...
Abstract. An original algorithm for transformation of finite automata to regular expressions is pres...
AbstractA regular expression with n occurrences of symbol can be converted into an equivalent automa...
AbstractThe main theorem allows an elegant algorithm to be refined into an efficient one. The elegan...
Semi-extended regular expressions are regular expressions with intersection, union, concatenation an...
The equivalence of finite automata and regular expressions dates back to the seminal paper of Kleene...
ABSTRACT. We consider the construction of finite automata from their corresponding regular expressio...
This paper presents a new method to translate a regular expression into a nondeterministic finite au...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
We consider the construction of finite automata from their corresponding regular expressions by a se...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
Regular expressions and finite automata represent regular languages. The link between these two math...
Abstract. An original algorithm for transformation of finite automata to regular expressions is pres...
AbstractA regular expression with n occurrences of symbol can be converted into an equivalent automa...
AbstractThe main theorem allows an elegant algorithm to be refined into an efficient one. The elegan...
Semi-extended regular expressions are regular expressions with intersection, union, concatenation an...
The equivalence of finite automata and regular expressions dates back to the seminal paper of Kleene...
ABSTRACT. We consider the construction of finite automata from their corresponding regular expressio...
This paper presents a new method to translate a regular expression into a nondeterministic finite au...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...
We consider the construction of finite automata from their corresponding regular expressions by a se...
The languages accepted by finite automata are precisely the languages denoted by regular expressions...