Fix positive integers p and q with [equation; see abstract in PDF for details]. An edge coloring of the complete graph K_n is said to be a (p,q)-coloring if every K_p receives at least q different colors. The function f(n,p,q) is the minimum number of colors that are needed for K_n to have a (p,q)-coloring. This function was introduced about 40 years ago, but Erdős and Gyárfás were the first to study the function in a systematic way. They proved that f(n,p,p) is polynomial in n and asked to determine the maximum q, depending on p, for which f(n,p,q) is subpolynomial in n. We prove that the answer is p - 1
AbstractLet H → kvG denote the fact that for every function π: V(H) → {1, …, k} there is an induced ...
The authors investigate Ramsey-type extremal problems for finite graphs. In Section 1, anti-Ramsey n...
AbstractThe sub-Ramsey number sr(Kn,k) is the smallest integer m such that in any edge-colouring of ...
Fix positive integers p and q with [equation; see abstract in PDF for details]. An edge coloring of...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
The generalized Ramsey number $f(n, p, q)$ is the smallest number of colors needed to color the edge...
A $(p,q)$-coloring of a graph $G$ is an edge-coloring of $G$ such that every $p$-clique receives at ...
AbstractGiven graphs G and H, a coloring of E(G) is called an (H,q)-coloring if the edges of every c...
AbstractThe Ramsey number M(p,q) is the greatest integer such that for each n<M(p,q), it is possible...
In this thesis, we study several variations of the following fundamental problem in Ramsey theory: G...
AbstractGiven graphs G and H, a coloring of E(G) is called an (H,q)-coloring if the edges of every c...
AbstractWe investigate the minimum and maximum number of colors in edge-colorings of Kn,n such that ...
An edge-coloring of the complete graph Kn we call F-caring if it leaves no F-subgraph of Kn monochro...
AbstractLet H → kvG denote the fact that for every function π: V(H) → {1, …, k} there is an induced ...
The authors investigate Ramsey-type extremal problems for finite graphs. In Section 1, anti-Ramsey n...
AbstractThe sub-Ramsey number sr(Kn,k) is the smallest integer m such that in any edge-colouring of ...
Fix positive integers p and q with [equation; see abstract in PDF for details]. An edge coloring of...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
Fix positive integers p and q with 2 ≤ q ≤ (p2). An edge coloring of the complete graph Kn is said t...
The generalized Ramsey number $f(n, p, q)$ is the smallest number of colors needed to color the edge...
A $(p,q)$-coloring of a graph $G$ is an edge-coloring of $G$ such that every $p$-clique receives at ...
AbstractGiven graphs G and H, a coloring of E(G) is called an (H,q)-coloring if the edges of every c...
AbstractThe Ramsey number M(p,q) is the greatest integer such that for each n<M(p,q), it is possible...
In this thesis, we study several variations of the following fundamental problem in Ramsey theory: G...
AbstractGiven graphs G and H, a coloring of E(G) is called an (H,q)-coloring if the edges of every c...
AbstractWe investigate the minimum and maximum number of colors in edge-colorings of Kn,n such that ...
An edge-coloring of the complete graph Kn we call F-caring if it leaves no F-subgraph of Kn monochro...
AbstractLet H → kvG denote the fact that for every function π: V(H) → {1, …, k} there is an induced ...
The authors investigate Ramsey-type extremal problems for finite graphs. In Section 1, anti-Ramsey n...
AbstractThe sub-Ramsey number sr(Kn,k) is the smallest integer m such that in any edge-colouring of ...