AbstractThe main result of this paper gives a presentation for an arbitrary subgroup of a monoid defined by a presentation. It is a modification of the well known Reidemeister–Schreier theorem for groups. Some consequences of this result are explored. It is proved that a regular monoid with finitely many left and right ideals is finitely presented if and only if all its maximal subgroups are finitely presented. An inverse monoid with finitely many left and right ideals is finitely presented as an inverse monoid if and only if it is finitely presented as a monoid. An example of a finitely presented monoid with a finitely generated but not finitely presented group of units is exhibited
AbstractThe theory of generators and relations for groups is closely related to the geometry of cert...
summary:We study the semigroups isomorphic to principal ideals of finitely generated commutative mon...
AbstractThere exist finitely generated submonoids of a free monoid which are not finitely presented ...
The main result of this paper gives a presentation for an arbitrary subgroup of a monoid defined by ...
The main result of this paper asserts that a monoid with finitely many left and right ideals is fini...
It is known that for any finite group G given by a finite... In this paper we give a necessary and s...
It is well-known that an inverse monoid is factorizable if and only if it is a homomorphic image of...
A method for finding presentations for subsemigroups of semigroups defined by presentations is used ...
TEZ8072Tez (Yüksek Lisans) -- Çukurova Üniversitesi, Adana, 2010.Kaynakça (s. 107-108) var.v, 109 s....
AbstractLet M be a monoid with a special Church-Rosser presentation. We show that the monoid of left...
The purpose of this paper is to introduce the theory of presentations of monoids acts. We aim to con...
Given a monoid defined by a presentation, and a homotopy base for the derivation graph associated to...
In this paper, we develop a new method to show that a monoid, given by a certain kind of presentatio...
We investigate the groups of units of one-relator and special inverse monoids. These are inverse mon...
A prefix monoid is a finitely generated submonoid of a finitely presented group generated by the pre...
AbstractThe theory of generators and relations for groups is closely related to the geometry of cert...
summary:We study the semigroups isomorphic to principal ideals of finitely generated commutative mon...
AbstractThere exist finitely generated submonoids of a free monoid which are not finitely presented ...
The main result of this paper gives a presentation for an arbitrary subgroup of a monoid defined by ...
The main result of this paper asserts that a monoid with finitely many left and right ideals is fini...
It is known that for any finite group G given by a finite... In this paper we give a necessary and s...
It is well-known that an inverse monoid is factorizable if and only if it is a homomorphic image of...
A method for finding presentations for subsemigroups of semigroups defined by presentations is used ...
TEZ8072Tez (Yüksek Lisans) -- Çukurova Üniversitesi, Adana, 2010.Kaynakça (s. 107-108) var.v, 109 s....
AbstractLet M be a monoid with a special Church-Rosser presentation. We show that the monoid of left...
The purpose of this paper is to introduce the theory of presentations of monoids acts. We aim to con...
Given a monoid defined by a presentation, and a homotopy base for the derivation graph associated to...
In this paper, we develop a new method to show that a monoid, given by a certain kind of presentatio...
We investigate the groups of units of one-relator and special inverse monoids. These are inverse mon...
A prefix monoid is a finitely generated submonoid of a finitely presented group generated by the pre...
AbstractThe theory of generators and relations for groups is closely related to the geometry of cert...
summary:We study the semigroups isomorphic to principal ideals of finitely generated commutative mon...
AbstractThere exist finitely generated submonoids of a free monoid which are not finitely presented ...