Diseño y evaluación mediante software de simulación una red IOT que permita el control y monitoreo en tiempo real caso de estudio casas inteligentes.

Abstract

The objective of the research was to design and evaluate by means of simulation software a network of internet of things (IoT) for the home that allows control and monitoring in real time. It was developed by a bibliographic review of the advances in the area of internet technology of the things, taking into account the design of networks and different simulated scenarios, it was also investigated the area of smart homes to determine their characteristics and needs. As part of the project, the functionalities and characteristics of the different IoT simulation software, determining the use of the Cisco Packet Tracer simulator as the most appropriate. The development of the project was structured through the design of the topology IoT network including local home network, IoT service and cellular network for remote access. For the home IoT network, a 3D model of a house was first recreated in which systems and shortcuts with conditions considered important for users, then they were simulated in different scenarios using the architectural plans of the house to take into account the arrangement of objects. Finally, the scenarios were evaluated together with the 3D modeling verifying compliance with the conditions set forth and the monitoring requirements and real-time control. It is recommended to create functions that generate a continuous use of the IoT devices.