AbstractA graph G is totally connected if both G and Ḡ (its complement) are connected. The connected Ramsey number rc(F, H) is the smallest integer k ⩾ 4 so that if G is a totally connected graph of order k then either F ⊂ G or H ⊂ Ḡ. We show that if neither of F nor H contains a bridge, then rc = r(F, H), the usual generalized Ramsey number of F and H. We compute rc (Pm Pm), the connected Ramsey number for paths
AbstractThis note evaluates the Ramsey numbers r(Pm,Kn), and discusses developments in 0 generalized...
AbstractFor any graphs G and H, we write F → (G, H) to means that in any red-blue coloring of all th...
Abstract. For given graphs G and H, the Ramsey number R(G,H)\ud is the smallest natural number n suc...
AbstractA graph G is totally connected if both G and Ḡ (its complement) are connected. The connected...
AbstractLet F, G, and H be finite, simple and undirected graphs. The connected size Ramsey number r̂...
Let F, G, and H be simple graphs. The notation F → (G, H) means that if all the edges of F are arbi...
AbstractLet F, G, and H be finite, simple and undirected graphs. The connected size Ramsey number r̂...
A graph G is Ramsey for H if every two-colouring of the edges of G contains a monochromatic copy of ...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractLet G be a fixed finite set of connected graphs. Results are given which, in principle, perm...
A graph G is Ramsey for H if every two-colouring of the edges of G contains a monochromatic copy of ...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
We determine the Ramsey number of a connected clique matching. That is, we show that if GG is a 22-e...
The Ramsey number R(F, H) is the minimum number N such that any N-vertex graph either contains a cop...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
AbstractThis note evaluates the Ramsey numbers r(Pm,Kn), and discusses developments in 0 generalized...
AbstractFor any graphs G and H, we write F → (G, H) to means that in any red-blue coloring of all th...
Abstract. For given graphs G and H, the Ramsey number R(G,H)\ud is the smallest natural number n suc...
AbstractA graph G is totally connected if both G and Ḡ (its complement) are connected. The connected...
AbstractLet F, G, and H be finite, simple and undirected graphs. The connected size Ramsey number r̂...
Let F, G, and H be simple graphs. The notation F → (G, H) means that if all the edges of F are arbi...
AbstractLet F, G, and H be finite, simple and undirected graphs. The connected size Ramsey number r̂...
A graph G is Ramsey for H if every two-colouring of the edges of G contains a monochromatic copy of ...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractLet G be a fixed finite set of connected graphs. Results are given which, in principle, perm...
A graph G is Ramsey for H if every two-colouring of the edges of G contains a monochromatic copy of ...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
We determine the Ramsey number of a connected clique matching. That is, we show that if GG is a 22-e...
The Ramsey number R(F, H) is the minimum number N such that any N-vertex graph either contains a cop...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
AbstractThis note evaluates the Ramsey numbers r(Pm,Kn), and discusses developments in 0 generalized...
AbstractFor any graphs G and H, we write F → (G, H) to means that in any red-blue coloring of all th...
Abstract. For given graphs G and H, the Ramsey number R(G,H)\ud is the smallest natural number n suc...