Let Z2 = {0, 1} and G = (V ,E) be a graph. A labeling f : V → Z2 induces an edge labeling f* : E →Z2 defined by f*(uv) = f(u).f (v). For i ε Z2 let vf (i) = v(i) = card{v ε V : f(v) = i} and ef (i) = e(i) = {e ε E : f*(e) = i}. A labeling f is said to be Vertex-friendly if | v(0) − v(1) |≤ 1. The vertex balance index set is defined by {| ef (0) − ef (1) | : f is vertex-friendly}. In this paper we completely determine the vertex balance index set of Kn, Km,n, Cn×P2 and Complete binary tree.
Adiga, C., Subbaraya, C. K., Shrikanth, A. S., & Sriraj, M. A. (2013). On vertex balance index set of some graphs. Bulletin of the Iranian Mathematical Society, 39(4), 627-634.
MLA
Adiga, C., Subbaraya, C. K., Shrikanth, A. S., & Sriraj, M. A. "On vertex balance index set of some graphs", Bulletin of the Iranian Mathematical Society, 39, 4, 2013, 627-634.
HARVARD
Adiga C., Subbaraya C. K., Shrikanth A. S., Sriraj M. A. (2013). 'On vertex balance index set of some graphs', Bulletin of the Iranian Mathematical Society, 39(4), pp. 627-634.
CHICAGO
C. Adiga, C. K. Subbaraya, A. S. Shrikanth & M. A. Sriraj, "On vertex balance index set of some graphs," Bulletin of the Iranian Mathematical Society, 39 4 (2013): 627-634,
VANCOUVER
Adiga C., Subbaraya C. K., Shrikanth A. S., Sriraj M. A. On vertex balance index set of some graphs. BIMS. 2013;39(4):627-634.