AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colours. In this paper we have proved that if T is an m-coloured tournament which does not contain any tournament of order 3 whose arcs are coloured with three distinct colours then there is a vertex v of T such that for every other vertex x of T there is a monochromatic path from x to v
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours and all of ...
Consider an arc-colored digraph. A set of vertices N is a kernel by monochromatic paths if all pairs...
AbstractLet G be a directed graph whose edges are coloured with two colours. Call a set S of vertice...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
We call the tournament T an m-coloured tournament if the arcs of T are coloured with m-colours. If v...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
We call the tournament T an m-coloured tournament if the arcs of T are coloured with m colours. In t...
In this paper we prove the existence of kernels by monochromatic paths in m-coloured tournaments in ...
AbstractWe call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A ...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A directed...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A directed...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A subdigra...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours and all of ...
Let D be a digraph. D is said to be an m-colored digraph if the arcs of D are colored with m colors....
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours and all of ...
Consider an arc-colored digraph. A set of vertices N is a kernel by monochromatic paths if all pairs...
AbstractLet G be a directed graph whose edges are coloured with two colours. Call a set S of vertice...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
We call the tournament T an m-coloured tournament if the arcs of T are coloured with m-colours. If v...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
AbstractWe call the tournament T an m-coloured tournament if the arcs of T are coloured with m colou...
We call the tournament T an m-coloured tournament if the arcs of T are coloured with m colours. In t...
In this paper we prove the existence of kernels by monochromatic paths in m-coloured tournaments in ...
AbstractWe call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A ...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A directed...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A directed...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours. A subdigra...
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours and all of ...
Let D be a digraph. D is said to be an m-colored digraph if the arcs of D are colored with m colors....
We call the digraph D an m-coloured digraph if the arcs of D are coloured with m colours and all of ...
Consider an arc-colored digraph. A set of vertices N is a kernel by monochromatic paths if all pairs...
AbstractLet G be a directed graph whose edges are coloured with two colours. Call a set S of vertice...