Diseño y simulación de alumbrado público inteligente utilizando Cupcarbon.

Abstract

This degree work provides a proposal for an algorithm for the efficiency of energy consumption for public lighting in a smart city scenario, which allows monitoring and controlling the level of brightness of public lighting in vehicle traffic in cities. The main objective contemplates the design and evaluation of an intelligent public lighting system using a discrete event simulator, called CupCarbon, which is used in the scientific and academic field. The methodology to be used is the descriptive one to detail the use of the Iot where the sensor nodes are deployed to monitor various variables of interest. The analytical methodology is used for the design and proposal of algorithms that allow analyzing the coverage and communication of sensor nodes present in public lighting. Finally, the empirical methodology was used by handling a discrete event simulator.