In several papers the probability that t randomly chosen elements of a group G generate G itself has been studied. This study has been carried on finite groups and later extended to profinite groups. We discuss some possible applications of these ideas in other similar situations, analyzing the probability that t random elements generate a nilpotent subgroup, a solvable subgroup, a normal subgroup or a transitive subgroup
We present a "practical" algorithm to construct random elements of a finite group. We anal...
To a finitely generated profinite group G, a formal Dirichlet series PG(s) =σn ϵNan(G)/ns is associa...
Let G be a finite group; there exists a uniquely determined Dirichlet polynomial P(G,s) such that if...
In several papers the probability that t randomly chosen elements of a group G generate G itself has...
Given a finitely generated profinite group G, a formal Dirichlet series P_G(s) is associated to G ...
Let G be a finite group; there exists a uniquely determined Dirichlet polynomial P(G,s) such that if...
AbstractLet G be a finite group; there exists a uniquely determined Dirichlet polynomial PG(s) such ...
This survey discusses three aspects of the ways in which probability has been applied to the theory ...
We examine finitely generated profinite groups in which two formal Dirichlet series, the subgroup ze...
We prove that if the probabilistic zeta function P-G(s) of a finitely generated profinite group G is...
This paper applies the theory of probability to finite groups. Three problems are addressed: the pro...
Let G be a finite group. There is a Dirichlet polynomial P(G,s) associated with G, with the property...
In a profinite group G, we study the set of elements x with the following property: the probability ...
We study Brown's definition of the probabilistic zeta function of a finite lattice as a generalizati...
Let L be a finite group with a unique minimal normal subgroup, say N. We study the conditional proba...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
To a finitely generated profinite group G, a formal Dirichlet series PG(s) =σn ϵNan(G)/ns is associa...
Let G be a finite group; there exists a uniquely determined Dirichlet polynomial P(G,s) such that if...
In several papers the probability that t randomly chosen elements of a group G generate G itself has...
Given a finitely generated profinite group G, a formal Dirichlet series P_G(s) is associated to G ...
Let G be a finite group; there exists a uniquely determined Dirichlet polynomial P(G,s) such that if...
AbstractLet G be a finite group; there exists a uniquely determined Dirichlet polynomial PG(s) such ...
This survey discusses three aspects of the ways in which probability has been applied to the theory ...
We examine finitely generated profinite groups in which two formal Dirichlet series, the subgroup ze...
We prove that if the probabilistic zeta function P-G(s) of a finitely generated profinite group G is...
This paper applies the theory of probability to finite groups. Three problems are addressed: the pro...
Let G be a finite group. There is a Dirichlet polynomial P(G,s) associated with G, with the property...
In a profinite group G, we study the set of elements x with the following property: the probability ...
We study Brown's definition of the probabilistic zeta function of a finite lattice as a generalizati...
Let L be a finite group with a unique minimal normal subgroup, say N. We study the conditional proba...
We present a "practical" algorithm to construct random elements of a finite group. We anal...
To a finitely generated profinite group G, a formal Dirichlet series PG(s) =σn ϵNan(G)/ns is associa...
Let G be a finite group; there exists a uniquely determined Dirichlet polynomial P(G,s) such that if...