AbstractD. Anosov shows that N(f)=|L(f)| for all continuous selfmaps f on a nilmanifold. For a given selfmap f on an infra-nilmanifold, K.B. Lee provides a criterion to determine whether N(f)=|L(f)|. Using this criterion, D. Anosov's theorem has been generalised to different classes of infra-nilmanifolds. In this article, we generalise K.B. Lee's criterion to coincidence theory. Additionally, we generalise the coincidence counterpart of D. Anosov's theorem to a well-described class of infra-nilmanifolds with cyclic holonomy group. We also give various examples illustrating that not all of the above-mentioned generalisations of D. Anosov's theorem have a counterpart in coincidence theory
AbstractInfra-nilmanifolds are a natural generalization of the flat Riemannian manifolds. Together t...
Every expanding map on a closed manifold is topologically conjugate to an expanding map on an infra-...
AbstractSuppose M1,M2 are compact, connected orientable manifolds of the same dimension. Then for al...
AbstractD. Anosov shows that N(f)=|L(f)| for all continuous selfmaps f on a nilmanifold. For a given...
We prove that N ( f) = |L ( f) | for any continuous map f of a given infranilmanifold with Abelian h...
Given a pair of maps f, g: N1 → N2 where N1, N2 are compact nilmanifolds of the same dimension, in [...
Let be a finite connected complex and a fibration over a compact nilmanifold . For any finite com...
AbstractLet us consider a compact orientable manifold M and (f,g) a pair of selfmaps of M. When M be...
AbstractMcCord (1991) claimed that Nielsen coincidence numbers and Lefschetz coincidence numbers are...
AbstractIn this paper we establish an algebraic characterization of those infra-nilmanifolds modeled...
We prove that for any continuous map of a given infranilmanifold with Abelian holonomy group of o...
LetY be a finite connected complex and p: Y →N a fibration over a compact nilmanifold N. For any fin...
Abstract:- D. Anosov showed that for any selfmap f: X! X of a nilmanifold X,N(f) = L(f) whereN(f) a...
An infra-nilmanifold is a manifold which is constructed as a~quotient space $\Gamma\setminus G$ of a...
AbstractA theorem of D. Anosov states that, for any selfmap f: M → M of a compact nilmanifold M, N(f...
AbstractInfra-nilmanifolds are a natural generalization of the flat Riemannian manifolds. Together t...
Every expanding map on a closed manifold is topologically conjugate to an expanding map on an infra-...
AbstractSuppose M1,M2 are compact, connected orientable manifolds of the same dimension. Then for al...
AbstractD. Anosov shows that N(f)=|L(f)| for all continuous selfmaps f on a nilmanifold. For a given...
We prove that N ( f) = |L ( f) | for any continuous map f of a given infranilmanifold with Abelian h...
Given a pair of maps f, g: N1 → N2 where N1, N2 are compact nilmanifolds of the same dimension, in [...
Let be a finite connected complex and a fibration over a compact nilmanifold . For any finite com...
AbstractLet us consider a compact orientable manifold M and (f,g) a pair of selfmaps of M. When M be...
AbstractMcCord (1991) claimed that Nielsen coincidence numbers and Lefschetz coincidence numbers are...
AbstractIn this paper we establish an algebraic characterization of those infra-nilmanifolds modeled...
We prove that for any continuous map of a given infranilmanifold with Abelian holonomy group of o...
LetY be a finite connected complex and p: Y →N a fibration over a compact nilmanifold N. For any fin...
Abstract:- D. Anosov showed that for any selfmap f: X! X of a nilmanifold X,N(f) = L(f) whereN(f) a...
An infra-nilmanifold is a manifold which is constructed as a~quotient space $\Gamma\setminus G$ of a...
AbstractA theorem of D. Anosov states that, for any selfmap f: M → M of a compact nilmanifold M, N(f...
AbstractInfra-nilmanifolds are a natural generalization of the flat Riemannian manifolds. Together t...
Every expanding map on a closed manifold is topologically conjugate to an expanding map on an infra-...
AbstractSuppose M1,M2 are compact, connected orientable manifolds of the same dimension. Then for al...