We produce two separate algebraic descriptions of the isomorphism classes of the solvable subgroups of the group PLo(I) of piecewise-linear orientation-preserving homeomorphisms of the unit interval under the operation of composition, and also of the generalized R. Thompson groups F_n. The first description is as a set of isomorphism classes of groups which is closed under three algebraic operations, and the second is as the set of isomorphism classes of subgroups of a countable collection of easily described groups. We show the two descriptions are equivalent
We show that for a large class C of finitely generated groups of orientation preserving homeomorphis...
We adapt the Ping-Pong lemma, which historically was used to study free products of groups, to the s...
Let R, Q, I and C denote respectively the reals, the rationals, the irrationals and the Cantor set e...
AbstractWe produce two separate algebraic descriptions of the isomorphism classes of the solvable su...
AbstractWe produce two separate algebraic descriptions of the isomorphism classes of the solvable su...
We investigate subgroups of the group PLo(I) of piecewise-linear, orientation-preserving homeomorphi...
Let PLo(I) represent the group of orientation-preserving piecewise-linear homeomorphisms of the unit...
Let PLo(I) represent the group of orientation-preserving piecewise-linear homeomorphisms of the unit...
Richard Thompson's famous group F has the striking property that it can be realized as a dense subgr...
The set of finitely generated subgroups of the group PL+(I) of orientation-preserving piecewise-line...
We study actions of groups by orientation preserving homeomorphisms on R (or an interval) that are m...
In this partly expository paper, we study the set A of groups of orientation-preserving homeomorphis...
In this partly expository paper, we study the set A of groups of orientation-preserving homeomorphis...
AbstractLet R, Q, I and C denote respectively the reals, the rationals, the irrationals and the Cant...
Let Homeo(S1) represent the full group of homeomorphisms of the unit circle S1, and let A represent ...
We show that for a large class C of finitely generated groups of orientation preserving homeomorphis...
We adapt the Ping-Pong lemma, which historically was used to study free products of groups, to the s...
Let R, Q, I and C denote respectively the reals, the rationals, the irrationals and the Cantor set e...
AbstractWe produce two separate algebraic descriptions of the isomorphism classes of the solvable su...
AbstractWe produce two separate algebraic descriptions of the isomorphism classes of the solvable su...
We investigate subgroups of the group PLo(I) of piecewise-linear, orientation-preserving homeomorphi...
Let PLo(I) represent the group of orientation-preserving piecewise-linear homeomorphisms of the unit...
Let PLo(I) represent the group of orientation-preserving piecewise-linear homeomorphisms of the unit...
Richard Thompson's famous group F has the striking property that it can be realized as a dense subgr...
The set of finitely generated subgroups of the group PL+(I) of orientation-preserving piecewise-line...
We study actions of groups by orientation preserving homeomorphisms on R (or an interval) that are m...
In this partly expository paper, we study the set A of groups of orientation-preserving homeomorphis...
In this partly expository paper, we study the set A of groups of orientation-preserving homeomorphis...
AbstractLet R, Q, I and C denote respectively the reals, the rationals, the irrationals and the Cant...
Let Homeo(S1) represent the full group of homeomorphisms of the unit circle S1, and let A represent ...
We show that for a large class C of finitely generated groups of orientation preserving homeomorphis...
We adapt the Ping-Pong lemma, which historically was used to study free products of groups, to the s...
Let R, Q, I and C denote respectively the reals, the rationals, the irrationals and the Cantor set e...