Diseño e implementación de un sistema de conectividad para el monitoreo en tiempo real de los sistemas funcionales de un automóvil

Abstract

The objective of this degree project is to design and implement a connectivity system for real-time monitoring of the functional systems of a car, in order to obtain permanent information on the status of the various parameters that determine the correct operation of a vehicle and thus provide vehicle owners with the necessary notifications through which they can plan preventive / corrective maintenance in a timely manner without the need to wait for routine inspections where failures or errors in these functional parameters are usually only detected. The above mentioned brings benefits such as time optimization, improved response to errors, reduced severity of errors and their economic impact due to late detection of problems. Connectivity systems or platforms allow to take advantage of the different physical resources for data acquisition, processing, signal transmission for remote intercommunication between environments or elements to be monitored and the services or applications in which we can visualize in real time the status of the parameters and variables of these environments.