Departamento de Ensino Superior
URI permanente desta comunidadehttps://ri.ifam.edu.br/handle/4321/956
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2 resultados
Resultados da Pesquisa
Item Automação residencial com arduino(2022-10-26) Silva, Jander Couto da; Neves, Cleonor Crescêncio das; Neves, Cleonor Crescêncio das; Souza, Daniel Fonseca; Palheta, Pedro Ivan das Graças; Rocha, Dário SouzaThis work aims to propose the development of a home automation system using the Arduino platform applied for lighting and irrigation of two points of a small garden. For this work, a bibliographic research was carried out on the subject of home automation with Arduino and on some of the main possibilities of sensor, actuator and communication modules for this use, after deepening the study and analysis, the two agents were proposed. In the next step, the components and the input and output modules were defined. For the automation of lighting via Bluetooth, a specific application was chosen, and then the programming code was developed for each situation. And for the demonstration of the system, a prototype was developed on a reduced scale and a floor plan for the location of the components in the residence was defined. The tests performed presented the expected result according to the program. It is concluded that the Arduino and its modules emerge as a simple, versatile and low-cost alternative for punctual home automation.Item Sistema remoto de automação residencial com recursos de computação em nuvem(2022-05-13) Silva Neto, Francisco Ferreira da; Frota, Vitor Bremgartner da; Frota, Vitor Bremgartner da; Fernandes, Priscila Silva; Santos, Alyson de Jesus dosCloud Computing (CC) is a resource widely used in the Information Technology (IT) area, its implementation in a residential environment using the Internet of Things (IoT) concept can provide all the security, processing and stability of large CC services, as well as scalability and integration with other services such as database and mobile applications. This work aims to provide the user with remote control of home devices through a mobile application. To achieve this goal, it was necessary to use hardware and software resources integrated in a horizontal IoT architecture. Specifically, it was necessary to use AWS IoT as the main cloud service, the Android Studio IDE, the Zerynth framework and the development module ESP32, in addition to some sensors and actuators. In the end, a proposed architecture was fully implemented and with good stability in the exchange of information, thus enabling remote and online command in the electronics at result prototype.