Mesh Topology for Simulation and Optimization of Virtual Networks in IoT

Abstract

Currently, the Internet of Things (IoT) is revolutionizing the way in which devices interact and connect, increasing the complexity in the management and optimization of these networks. This group study explores the application of mesh topology as an effective solution for these challenges, particularly in the simulation and optimization of virtual networks within the IoT. Mesh topology is distinguished by its ability to connect all devices on a network, whether directly or through other nodes, creating multiple paths for data transmission. This design provides notable benefits, such as reduced latency and increased failure resilience, by offer alternative routes in case a connection fails. Throughout the study, simulations were performed to examine the behavior of this topology under various conditions and configurations. The results obtained have been encouraging: the mesh topology not only improves connectivity and data flow, but also optimizes power consumption, a crucial aspect in IoT applications where efficiency is essential. In addition, an optimization model has been developed that dynamically adjusts the network, allowing it adapt to changes in demand and operating conditions. This model ensures that the network operates optimally, maximizing its performance and minimizing the use of resources.