Implementación de un prototipo para la detección del nivel de ruido e iluminación de un ambiente utilizando sistemas embebidos: aplicaciones con sistemas embebidos.

Abstract

Nowadays, technological development, industries, car traffic, construction, among others, generate high noise levels, which can become dangerous. Knowing the type of sound and light environment is important to prevent risks to people's health and to perform daily activities in the best possible way. For this reason, the purpose of this curricular integration work is to implement a prototype based on embedded systems, which detects the level of noise and lighting; in this way, any user with access to a mobile device can measure the level of noise and lighting, monitor these data in real time and know which levels are harmful. In addition, these measurements can be used to create databases for subsequent studies to analyze these data and correlate them with parameters such as people work performance or students’ academic performance. This document has three chapters. Chapter 1 presents the concepts related to embedded systems, sensors, noise and lighting. Chapter 2 includes the design and implementation of a prototype that measures the level of noise and lighting. Finally, Chapter 3 tests the prototype in different scenarios and compares the data obtained with measurements made by mobile applications that measure noise level and illumination, as well as conclusions and recommendations.