Abstract. In 1982 Thomassen asked whether there exists an integer f(k, t) such that every strongly f(k, t)-connected tournament T admits a partition of its vertex set into t vertex classes V1,..., Vt such that for all i the subtournament T [Vi] induced on T by Vi is strongly k-connected. Our main result implies an affirmative answer to this question. In particular we show that f(k, t) = O(k7t4) suffices. As another application of our main result we give an affirmative answer to a question of Song as to whether, for any integer t, there exists an integer h(t) such that every strongly h(t)-connected tournament has a 1-factor consisting of t vertex-disjoint cycles of prescribed lengths. We show that h(t) = O(t5) suffices. 1
AbstractVolkmann and Winzen [L. Volkmann, S. Winzen, Strong subtournaments containing a given vertex...
An n-partite tournament is an orientation of a complete n-partite graph. An npartite tournament is a...
A conjecture of Thomassen from 1982 states that, for every k, there is an f(k) so that every strongl...
AbstractLet k be a positive integer. A strong digraph G is termed k-connected if the removal of any ...
AbstractA digraph T is strong if for every pair of vertices u and v there exists a directed path fro...
AbstractA tournament is an orientation of a complete graph and a multipartite tournament is an orien...
AbstractChen et al. [Partitioning vertices of a tournament into independent cycles, J. Combin. Theor...
AbstractA digraph without loops, multiple arcs and directed cycles of length two is called a local t...
Abstract. A conjecture of Thomassen from 1982 states that for every k there is an f(k) so that every...
In [6], Thomassen conjectured that if I is a set of k \Gamma 1 arcs in a k-strong tournament T , th...
Thomassen conjectured that there is a function f(k) such that every strongly f(k)-connected tourname...
AbstractAn n-partite tournament is an orientation of a complete n-partite graph, and an m-cycle is a...
The study of problems concerning subdivisions of graphs has a rich history in extremal combinatorics...
Thomassen conjectured that there is a function f(k) such that every strongly f(k)-connected tourname...
The so-called Kelly conjecture1 states that every regular tournament on 2k+1 vertices has a decompos...
AbstractVolkmann and Winzen [L. Volkmann, S. Winzen, Strong subtournaments containing a given vertex...
An n-partite tournament is an orientation of a complete n-partite graph. An npartite tournament is a...
A conjecture of Thomassen from 1982 states that, for every k, there is an f(k) so that every strongl...
AbstractLet k be a positive integer. A strong digraph G is termed k-connected if the removal of any ...
AbstractA digraph T is strong if for every pair of vertices u and v there exists a directed path fro...
AbstractA tournament is an orientation of a complete graph and a multipartite tournament is an orien...
AbstractChen et al. [Partitioning vertices of a tournament into independent cycles, J. Combin. Theor...
AbstractA digraph without loops, multiple arcs and directed cycles of length two is called a local t...
Abstract. A conjecture of Thomassen from 1982 states that for every k there is an f(k) so that every...
In [6], Thomassen conjectured that if I is a set of k \Gamma 1 arcs in a k-strong tournament T , th...
Thomassen conjectured that there is a function f(k) such that every strongly f(k)-connected tourname...
AbstractAn n-partite tournament is an orientation of a complete n-partite graph, and an m-cycle is a...
The study of problems concerning subdivisions of graphs has a rich history in extremal combinatorics...
Thomassen conjectured that there is a function f(k) such that every strongly f(k)-connected tourname...
The so-called Kelly conjecture1 states that every regular tournament on 2k+1 vertices has a decompos...
AbstractVolkmann and Winzen [L. Volkmann, S. Winzen, Strong subtournaments containing a given vertex...
An n-partite tournament is an orientation of a complete n-partite graph. An npartite tournament is a...
A conjecture of Thomassen from 1982 states that, for every k, there is an f(k) so that every strongl...