Chung and Liu have defined the d-chromatic Ramsey number as follows. Let 1≤d≤c and let t=(cd). Let 1,2,…,t be the ordered subsets of d colors chosen from c distinct colors. Let G1,G2,…,Gt be graphs. The d-chromatic Ramsey number denoted by rdc(G1,G2,…,Gt) is defined as the least number p such that, if the edges of the complete graph Kp are colored in any fashion with c colors, then for some i, the subgraph whose edges are colored in the ith subset of colors contains a Gi. In this paper it is shown that r23(Pi,Pj,Pk)=[(4k+2j+i−2)/6] where i≤j≤k<r(Pi,Pj), r23 stands for a generalized Ramsey number on a 2-colored graph and Pi is a path of order i
Given a positive integer s, a graph G is s-Ramsey for a graph H, denoted G→(H)s, if every s-colourin...
AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such th...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractIn [2, 3], Chung and Liu introduce the following generalization of Ramsey Theory for graphs....
We give the multicolor Ramsey number for some graphs with a path or a cycle in the given sequence, g...
AbstractLet Cn denote the cycle of length n. The generalized Ramsey number of the pair (Cn,Ck), deno...
Let G1, G2,..., Gt be graphs. The multicolor Ramsey number R(G1, G2,..., Gt) is the smallest positiv...
AbstractSuppose G is a graph. The chromatic Ramsey number rc(G) of G is the least integer m such tha...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
This MSc thesis deals with a theory, which comes from combinatorics. According to Ramsey's theorem f...
AbstractThe Ramsey number r=r(G1-G2-⋯-Gm,H1-H2-⋯-Hn) denotes the smallest r such that every 2-colori...
The Ramsey number R(Cp, Cq, Cr) is the smallest positive integer m such that no matter how one color...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
The graph Ramsey number R(G,H) is the smallest integer r such that every 2-coloring of the edges of ...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
Given a positive integer s, a graph G is s-Ramsey for a graph H, denoted G→(H)s, if every s-colourin...
AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such th...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractIn [2, 3], Chung and Liu introduce the following generalization of Ramsey Theory for graphs....
We give the multicolor Ramsey number for some graphs with a path or a cycle in the given sequence, g...
AbstractLet Cn denote the cycle of length n. The generalized Ramsey number of the pair (Cn,Ck), deno...
Let G1, G2,..., Gt be graphs. The multicolor Ramsey number R(G1, G2,..., Gt) is the smallest positiv...
AbstractSuppose G is a graph. The chromatic Ramsey number rc(G) of G is the least integer m such tha...
In 1930, Frank Ramsey showed that one will find a monochromatic clique of a specified size in any ed...
This MSc thesis deals with a theory, which comes from combinatorics. According to Ramsey's theorem f...
AbstractThe Ramsey number r=r(G1-G2-⋯-Gm,H1-H2-⋯-Hn) denotes the smallest r such that every 2-colori...
The Ramsey number R(Cp, Cq, Cr) is the smallest positive integer m such that no matter how one color...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
The graph Ramsey number R(G,H) is the smallest integer r such that every 2-coloring of the edges of ...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
Given a positive integer s, a graph G is s-Ramsey for a graph H, denoted G→(H)s, if every s-colourin...
AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such th...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...