Abstract. For given graphs G and H, the Ramsey number R(G,H)\ud is the smallest natural number n such that for every graph F of order\ud n: either F contains G or the complement of F contains H. This paper\ud investigates the Ramsey number R([G,H), where G contains tree and\ud H are wheel Wm and complete graph Km. We show that if n is even\ud and n 3, then R(2Sn,W4) = 3n. Furthermore, if n 3 and m is odd,\ud m 2n ??? 1, then R(kSn,Wm) = 3n ??? 2 + (k ??? 1)n, and for arbitrary n\ud and m, then R(\ud Sk\ud i=1 Tni ,Km) = R(Tnk ,Km) +\ud Pk???1\ud i=1 ni
For two given graphs $G$ and $H$, the \textit{Ramsey number} $R(G,H)$ is the smallest positive integ...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest positive integer ...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
For given grafs G and H, The Ramsey number R(G,H) is the\ud smallest natural number n such that for ...
For graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any graph ...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
For given graphs G and H, the Ramsey number R(G, H) is the smallest natural number n such that for e...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
For two givengraphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such that for an...
AbstractGiven two graphs G1 and G2, denote by G1∗G2 the graph obtained from G1∪G2 by joining all the...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...
For two given graphs $G$ and $H$, the \textit{Ramsey number} $R(G,H)$ is the smallest positive integ...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest positive integer ...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
For given grafs G and H, The Ramsey number R(G,H) is the\ud smallest natural number n such that for ...
For graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any graph ...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
For given graphs G and H, the Ramsey number R(G, H) is the smallest natural number n such that for e...
AbstractFor given graphs G and H, the Ramsey number R(G,H) is the smallest natural number n such tha...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
This thesis contains new contributions to Ramsey theory, in particular results that establish exact ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
For two givengraphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such that for an...
AbstractGiven two graphs G1 and G2, denote by G1∗G2 the graph obtained from G1∪G2 by joining all the...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...
For two given graphs $G$ and $H$, the \textit{Ramsey number} $R(G,H)$ is the smallest positive integ...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest positive integer ...