Open AccessDesenvolvimento de um sistema de monitoramento em tempo real baseado em Arduino e Raspberry
Author(s) -
Lucas Alvarez Nogueira,
Caison Rodrigues Ramos,
Leonardo Carillo Bahia,
Celso Becker Tischer
Publication year - 2019
Publication title -
ciência e natura
Language(s) - English
Resource type - Journals
eISSN - 2179-460X
pISSN - 0100-8307
DOI - 10.5902/2179460x35523
Subject(s) - arduino , ethernet , computer science , operating system , microcontroller , embedded system , the internet , process (computing) , raspberry pi , web application , internet of things
Actually, investors from several industrial sectors are looking for process improvements that aim at profitability and greater competitiveness in the market, however, characteristics such as cost, information and production agility are determining points for this. Open source input and output control platforms that integrate microcontrollers have been gaining ground in several sectors, where programmers have the ability to control processes and manage data. In this way, this article presents the development of a real time monitoring system of physical quantities based on Arduino and Raspberry. The complete system will consist of two modules, "Slave" and "Master", in which the data transfer of the measurements of temperature, humidity, luminosity, pressure and others will be carried out. The slave, formed by inexpensive sensors connected to an Arduino MEGA 2560, will be allocated at a remote location to acquire the desired physical quantities. The Master, will receive the information through an ethernet shield, connected in both modules, and will manage the database. The information stored on the web server can be accessed via internet browser, either in desktops or mobile systems through a friendly platform in real time.