AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such that, if the edges of Kn, the complete graph on n vertices, are coloured using k colours C1, C2,..., Ck, then for some i(1≤i≤k) there is a subgraph Gi of Kn with all of its edges colour Ci. When G1=G2=...,Gk=G, we use the more compact notation Rk(G).The generalised Ramsey numbers Rk(G) are investigated for all graphs G having at most four vertices (and no isolates). This extends the work of Chvátal and Harary, who made this investigation in the case k=2
A graph with many vertices cannot be homogeneous, i.e., for any pair of integers (i,j) all large gra...
In this note, we revisit the problem of calculating small on-line Ramsey numbers R(G,H). A new appro...
Chung and Liu have defined the d-chromatic Ramsey number as follows. Let 1≤d≤c and let t=(cd). Let 1...
AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such th...
AbstractThe Ramsey number r=r(G1-G2-⋯-Gm,H1-H2-⋯-Hn) denotes the smallest r such that every 2-colori...
Abstract. We give exact values for certain small 2-colour Ramsey numbers in graphs. In particular, w...
This MSc thesis deals with a theory, which comes from combinatorics. According to Ramsey's theorem f...
AbstractIn [2, 3], Chung and Liu introduce the following generalization of Ramsey Theory for graphs....
AbstractLet Cn denote the cycle of length n. The generalized Ramsey number of the pair (Cn,Ck), deno...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
The Ramsey numbers for a graph G versus a graph H, denoted by R(G,H) is the smallest positive intege...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
For simple graphs $G_1$ and $G_2$, the size Ramsey multipartite number $m_j(G_1, G_2)$ is defined as...
AbstractThe Ramsey number R(G1, G2) is the smallest integer p such that for any graph G on p vertice...
The Ramsey number R(Cp, Cq, Cr) is the smallest positive integer m such that no matter how one color...
A graph with many vertices cannot be homogeneous, i.e., for any pair of integers (i,j) all large gra...
In this note, we revisit the problem of calculating small on-line Ramsey numbers R(G,H). A new appro...
Chung and Liu have defined the d-chromatic Ramsey number as follows. Let 1≤d≤c and let t=(cd). Let 1...
AbstractThe generalised Ramsey number R(G1, G2,..., Gk) is defined as the smallest integer n such th...
AbstractThe Ramsey number r=r(G1-G2-⋯-Gm,H1-H2-⋯-Hn) denotes the smallest r such that every 2-colori...
Abstract. We give exact values for certain small 2-colour Ramsey numbers in graphs. In particular, w...
This MSc thesis deals with a theory, which comes from combinatorics. According to Ramsey's theorem f...
AbstractIn [2, 3], Chung and Liu introduce the following generalization of Ramsey Theory for graphs....
AbstractLet Cn denote the cycle of length n. The generalized Ramsey number of the pair (Cn,Ck), deno...
Given a graph H, the Ramsey number r(H) is the smallest natural number N such that any two-colouring...
The Ramsey numbers for a graph G versus a graph H, denoted by R(G,H) is the smallest positive intege...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
For simple graphs $G_1$ and $G_2$, the size Ramsey multipartite number $m_j(G_1, G_2)$ is defined as...
AbstractThe Ramsey number R(G1, G2) is the smallest integer p such that for any graph G on p vertice...
The Ramsey number R(Cp, Cq, Cr) is the smallest positive integer m such that no matter how one color...
A graph with many vertices cannot be homogeneous, i.e., for any pair of integers (i,j) all large gra...
In this note, we revisit the problem of calculating small on-line Ramsey numbers R(G,H). A new appro...
Chung and Liu have defined the d-chromatic Ramsey number as follows. Let 1≤d≤c and let t=(cd). Let 1...