most citedOrthogonal Systems in Finite Graphs

5 citations · 10 across the 6 of their papers we have counts for

collaborators

6 papers

math.GR2008

Stability of Universal Equivalence of Groups under Free Constructions

A. J. Duncan, I. V. Kazachkov, V. N. Remeslennikov

In 1971 J. Stallings introduced a generalisation of amalgamated products of groups -- called a pregroup, which is a particular kind of a partial group. He defined the universal gro…

math.GR20082 cited

Automorphisms of Partially Commutative Groups I: Linear Subgroups

Andrew J. Duncan, Ilya V. Kazachkov, Vladimir N. Remeslennikov

The goal of this paper is to construct and describe certain arithmetic subgroups of the automorphism group of a partially commutative group. More precisely, given an arbitrary fini…

math.GR2007

Elements of Algebraic Geometry and the Positive Theory of Partially Commutative Groups

Montserrat Casals-Ruiz, Ilya V. Kazachkov

In this version small mistakes are corrected and the exposition is changed as suggested by the referee (to appear in Canadian Journal of Mathematics). The first main result of the…

math.GR20075 cited

Orthogonal Systems in Finite Graphs

Andrew J Duncan, Ilya V Kazachkov, Vladimir N Remeslennikov

Given a finite graph G there is a corresponding group given by the presentation with generators the vertices of G and a relation [x,y]=1 for generators x and y precisely when (x,y)…

math.GR20071 cited

Parabolic and Quasiparabolic Subgroups of Free Partially Commutative Groups

A. J. Duncan, I. V. Kazachkov, V. N. Remeslennikov

Let S be a finite graph and G be the corresponding free partially commutative group. In this paper we study subgroups generated by vertices of the graph S, which we call canonical…

math.GR20072 cited

Comparison of the Discrete and Continuous Cohomology Groups of a Pro- Group

Gustavo A. Fernandez-Alcober, Ilya V. Kazachkov, Vladimir N. Remeslennikov +1

We address the following question. For which finitely generated pro- groups the comparison map $ϕ^2:H_{cont}^{2}(P,\F_p) \to H_{disc}{2}(P,\F_p)$ is an isomorphism? We prove tha…