For two givengraphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such that for any graph G of order n, either G contains G1 or the complement of G contains G2. Let Pn denote a path of order n and Wm a wheel of order m + 1. Inthis paper, we show that R(Pn,Wm) = 2n − 1 for m evenand n�m − 1�3 andR(Pn,Wm) = 3n − 2 for m odd and n�m − 1�2. © 2004 Elsevier B.V. All rights reserved
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 integer N such th...
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 G1 and G2, the Ramsey number R(G1, G2) is the smallest positive integer n such ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest positive integer ...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
For two given graphs G1 and G2, the Ramsey number R (G1, G2) is the smallest integer n such that for...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
The Ramsey numbers for a graph G versus a graph H, denoted by R(G,H) is the smallest positive intege...
Given two graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any ...
For graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any graph ...
The study of classical Ramsey numbers R(mn) shows little progress in the last two decades. Only nine...
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 ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such th...
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 G1 and G2, the Ramsey number R(G1, G2) is the smallest positive integer n such ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest positive integer ...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
For two given graphs $F$ and $H$, the Ramsey number $R(F,H)$ is the smallest positive integer $p$ su...
For two given graphs G1 and G2, the Ramsey number R (G1, G2) is the smallest integer n such that for...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer n such th...
The Ramsey numbers for a graph G versus a graph H, denoted by R(G,H) is the smallest positive intege...
Given two graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any ...
For graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such that, for any graph ...
The study of classical Ramsey numbers R(mn) shows little progress in the last two decades. Only nine...
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 ...
AbstractFor two given graphs G1 and G2, the Ramsey number R(G1,G2) is the smallest integer N such th...
For two given graphs G and H, the Ramsey number R(G;H) is the smallest positive integer N such that ...