Abstract. We compute the cardinality of the syntactic monoid of the language 0 ∗ rep b (mN) made of base b expansions of the multiples of the integer m. We also give lower bounds for the syntactic complexity of any (ultimately) periodic set of integers written in base b. We apply our results to some well studied problem: decide whether or not a b-recognizable sets of integers is ultimately periodic.
International audienceLet $b$ be an integer strictly greater than $1$. Each set of nonnegative integ...
Several measures of syntactic complexity in mathematical linguistics allow infinitely many sentences...
Abstract. The syntactic complexity of a regular language is the cardi-nality of its syntactic semigr...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0^∗rep_b(mN) made of...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0^∗rep_b(mN) made of...
We compute the cardinality of the syntactic monoid of the language 0* rep_b(mN) made of base b expan...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0* rep_b(mN) made of...
We are interested in the links between numbers and their representations. In the decimal numeration ...
Given an integer base b>1, a set of integers is represented in base b by a language over {0,1,...,b-...
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, includ...
The syntactic complexity of a subclass of the class of regular languages is the maximal cardinality ...
AbstractConsider the following kinds of sets: •the set of all possible distances between two...
AbstractIn this paper, we introduce and study some syntactical fragments of monadic second-order and...
Abstract. The syntactic complexity of a regular language is the cardi-nality of its syntactic semigr...
AbstractThe syntactic complexity of a regular language is the cardinality of its syntactic semigroup...
International audienceLet $b$ be an integer strictly greater than $1$. Each set of nonnegative integ...
Several measures of syntactic complexity in mathematical linguistics allow infinitely many sentences...
Abstract. The syntactic complexity of a regular language is the cardi-nality of its syntactic semigr...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0^∗rep_b(mN) made of...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0^∗rep_b(mN) made of...
We compute the cardinality of the syntactic monoid of the language 0* rep_b(mN) made of base b expan...
peer reviewedWe compute the cardinality of the syntactic monoid of the language 0* rep_b(mN) made of...
We are interested in the links between numbers and their representations. In the decimal numeration ...
Given an integer base b>1, a set of integers is represented in base b by a language over {0,1,...,b-...
I hereby declare that I am the sole author of this thesis. This is a true copy of the thesis, includ...
The syntactic complexity of a subclass of the class of regular languages is the maximal cardinality ...
AbstractConsider the following kinds of sets: •the set of all possible distances between two...
AbstractIn this paper, we introduce and study some syntactical fragments of monadic second-order and...
Abstract. The syntactic complexity of a regular language is the cardi-nality of its syntactic semigr...
AbstractThe syntactic complexity of a regular language is the cardinality of its syntactic semigroup...
International audienceLet $b$ be an integer strictly greater than $1$. Each set of nonnegative integ...
Several measures of syntactic complexity in mathematical linguistics allow infinitely many sentences...
Abstract. The syntactic complexity of a regular language is the cardi-nality of its syntactic semigr...