Applications of Graph Theory in Computer Science
Abstract-Graphs are among the most ubiquitous
models of both natural and human-made structures.
They can be used to model many types of relations
and process dynamics in computer science, physical,
biological and social systems. Many problems of
practical interest can be represented by graphs. In
general graphs theory has a wide range of
applications in diverse fields. This paper explores
different elements involved in graph theory including
graph representations using computer systems and
graph-theoretic data structures such as list structure
and matrix structure. The emphasis of this paper is
on graph applications in computer science. To
demonstrate the importance of graph theory in
computer science, this article addresses most common
applications for graph theory in computer science.
These applications are presented especially to project
the idea of graph theory and to demonstrate its
importance in computer science.
Abstract-Graphs are among the most ubiquitous
models of both natural and human-made structures.
They can be used to model many types of relations
and process dynamics in computer science, physical,
biological and social systems. Many problems of
practical interest can be represented by graphs. In
general graphs theory has a wide range of
applications in diverse fields. This paper explores
different elements involved in graph theory including
graph representations using computer systems and
graph-theoretic data structures such as list structure
and matrix structure. The emphasis of this paper is
on graph applications in computer science. To
demonstrate the importance of graph theory in
computer science, this article addresses most common
applications for graph theory in computer science.
These applications are presented especially to project
the idea of graph theory and to demonstrate its
importance in computer science.