An Analysis of the Use of Topological Graphs in Network Connectivity

Abstract

Network topology refers to the deliberate and efficient configuration or organization of a network, encompassing its constituent nodes and the interconnecting lines that facilitate communication between them. The network topology is a configuration of interconnected components that facilitates the establishment of communication between nodes or points in a seamless manner. The presentation encompasses both the physical structure and the logical interconnections. The comprehension of physical topology enables us to determine the appropriate locations for cable installation and node placement. In contrast, logical topology elucidates the movement of data and its transmission. This review study explores the application of topological graphs in analyzing network connectivity, emphasizing its importance and wide-ranging applications in various domains in computer science.