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Advisor(s)
Abstract(s)
The quest for comfort and practicality is commonplace in contemporary society, but such benefits are
still not offered satisfactorily to all. Among these, special attention is given to people with Disabilities,
who often do not enjoy the latest technologies in applications and automated systems because they
do not have their needs covered by these technologies (Domingo 2012). The aim of this work was to
develop an automation system that would increase the level of inclusion. Tis work also propose a low
cost residential automated system, developed using electronic waste, open hardware and open
software, to increase the application of the system. There were used platforms of easy access, and
easy replication, aiming at the dissemination of technology (Trihinas, Pallis, and Dikaiakos 2018).
Among these platforms, it is possible to highlight the Google Assistant (Chatterjee, n.d.). All the
platforms used helps the development of an Internet of Things (IOT) system, with multiple capabilities.
Finally, functional tests were performed of three physical modules to control a door, a set of sockets
and some lamps, using RFID, cellular and voice cards for its activation.
Description
3rd Doctoral Congress in Engineering will be held at FEUP on the 27th to 28th of June, 2019
Keywords
Residential Automation Disabilities Internet of Things Microcontrollers Low-Cost IoT