Estudio de un sistema multiagente inteligente basado en microcontroladores de 32 bits aplicado a un sistema contraincendios para un laboratorio universitario.

Abstract

The present degree work is oriented to the analysis, modeling and simulation of an intelligent multiagent system (MAS) applied to a fire system located in a university laboratory, in which, were adapted the existing methodologies of agent development, due to these techniques are mainly applied for the resolution of problems in computer systems. This was achieved by selecting the MaSE Methodology as a starting point for the development of each agent individually. The methods used were the bibliographic and analytical, which allowed gathering information about the main foundations of agent theory and analyzing its basic structure. As a result, it was carried out the modeling of the system using AgentTool, software that provides support through UML tools for the design of each agent, and later that system was simulated using fuzzy logic through Matlab and Simulink, which allowed verifying its correct functioning based on the initial conditions established. The elab oration of this work allowed to verify that the use of intelligent agents gives greater autonomy to any type of system in which it is applied, making it operate automatically, efficiently and mainly allowing it to adjust to the changes that may occur in the environment in which it is.