Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Rainbow Connection on Amal(Fn,xz,m) Graphs and Amal(On,xz,m) Graphs

View through CrossRef
Coloring graph is giving a color to a set of vertices and a set of edges on a graph. The condition for coloring a graph is that each color is different for each neighboring member graph. Coloring graph can be done by mapping a different color to each vertex or edge. Rainbow coloring is a type of rainbow connected with coloring edge. It ensures that every graph G has a rainbow path. A rainbow path is a path in a graph where no two vertices have the same color. The minimum number of colors in a rainbow connected graph is called the rainbow connection number denoted by rc(G). The graphs used in this study are the Amal(Fn,xz,m) graph and the Amal(On,xz,m) graph.
Title: Rainbow Connection on Amal(Fn,xz,m) Graphs and Amal(On,xz,m) Graphs
Description:
Coloring graph is giving a color to a set of vertices and a set of edges on a graph.
The condition for coloring a graph is that each color is different for each neighboring member graph.
Coloring graph can be done by mapping a different color to each vertex or edge.
Rainbow coloring is a type of rainbow connected with coloring edge.
It ensures that every graph G has a rainbow path.
A rainbow path is a path in a graph where no two vertices have the same color.
The minimum number of colors in a rainbow connected graph is called the rainbow connection number denoted by rc(G).
The graphs used in this study are the Amal(Fn,xz,m) graph and the Amal(On,xz,m) graph.

Related Results

Rainbow Connection Numbers of WK-Recursive Networks and WK-Recursive Pyramids
Rainbow Connection Numbers of WK-Recursive Networks and WK-Recursive Pyramids
An edge coloring of a graph G results in G being rainbow connected when every pair of vertices is linked by a rainbow path. Such a path is defined as one where each edge possesses ...
BILANGAN STRONG RAINBOW CONNECTION UNTUK GRAF GARIS, GRAF MIDDLE DAN GRAF TOTAL
BILANGAN STRONG RAINBOW CONNECTION UNTUK GRAF GARIS, GRAF MIDDLE DAN GRAF TOTAL
Abstrak. Misalkan G = (V (G); E(G)) adalah suatu graf terhubung tak trivial. Denisipewarnaan c : E(G) ! f1; 2; ; kg; k 2 N, dimana dua sisi yang bertetanggaboleh berwarna sama. ...
Rainbow trout in the inlet tributaries of Lake Chinishibetsu, Shiretoko Peninsula
Rainbow trout in the inlet tributaries of Lake Chinishibetsu, Shiretoko Peninsula
AbstractRainbow trout, Oncorhynchusmykiss, is one of the most widely introduced fish species in the world, and its impacts on native fishes and ecosystems are of considerable conce...
Independent Set in Neutrosophic Graphs
Independent Set in Neutrosophic Graphs
New setting is introduced to study neutrosophic independent number and independent neutrosophic-number arising neighborhood of different vertices. Neighbor is a key term to have th...
Failed Independent Number in Neutrosophic Graphs
Failed Independent Number in Neutrosophic Graphs
New setting is introduced to study neutrosophic failed-independent number and failed independent neutrosophic-number arising neighborhood of different vertices. Neighbor is a key t...
Computing a Minimum Subset Feedback Vertex Set on Chordal Graphs Parameterized by Leafage
Computing a Minimum Subset Feedback Vertex Set on Chordal Graphs Parameterized by Leafage
Abstract Chordal graphs are characterized as the intersection graphs of subtrees in a tree and such a representation is known as the tree model. Restricting the characteriz...

Back to Top