AbstractWe survey some recent results on long-standing conjectures regarding Hamilton cycles in directed graphs, oriented graphs and tournaments. We also combine some of these to prove the following approximate result towards Kelly’s conjecture on Hamilton decompositions of regular tournaments: the edges of every regular tournament can be covered by a set of Hamilton cycles which are ‘almost’ edge-disjoint. We also highlight the role that the notion of ‘robust expansion’ plays in several of the proofs. New and old open problems are discussed
We prove that for every $\varepsilon > 0$ there exists $n_0=n_0(\varepsilon)$ such that every regula...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
In recent years the regularity method has been used to tackle many embedding problems in extremal gr...
AbstractWe survey some recent results on long-standing conjectures regarding Hamilton cycles in dire...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
AbstractIn this paper we give an approximate answer to a question of Nash-Williams from 1970: we sho...
The main results of this thesis are the following. We show that for each alpha > 0 every sufficientl...
A Hamilton cycle in a directed graph G is a cycle that passes through every vertex of G. A Hamilton ...
The main results of this thesis are the following. We show that for each alpha > 0 every sufficientl...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every $\varepsilon > 0$ there exists $n_0=n_0(\varepsilon)$ such that every regula...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
In recent years the regularity method has been used to tackle many embedding problems in extremal gr...
AbstractWe survey some recent results on long-standing conjectures regarding Hamilton cycles in dire...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
A long-standing conjecture of Kelly states that every regular tournament on n vertices can be decomp...
AbstractIn this paper we give an approximate answer to a question of Nash-Williams from 1970: we sho...
The main results of this thesis are the following. We show that for each alpha > 0 every sufficientl...
A Hamilton cycle in a directed graph G is a cycle that passes through every vertex of G. A Hamilton ...
The main results of this thesis are the following. We show that for each alpha > 0 every sufficientl...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
We prove that for every $\varepsilon > 0$ there exists $n_0=n_0(\varepsilon)$ such that every regula...
We prove that for every ε>0 there exists n0=n0(ε) such that every regular oriented graph on n>...
In recent years the regularity method has been used to tackle many embedding problems in extremal gr...