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Advisor(s)
Abstract(s)
Estamos atualmente numa nova era de interação entre pessoas e espaços físicos.
Os utilizadores pretendem que esses espaços se adaptem às suas preferências de forma
transparente e inteligente.
Este projeto descreve o processo de planeamento, raciocínio e modelação de um
ambiente inteligente com aplicação doméstica e industrial, tirando partido dos dispositivos
wearable emergentes no mercado (relógios inteligentes, pulseiras de fitness)
e das recentes tecnologias de comunicação sem fios. Possibilitando de maneira não
invasiva para o utilizador a otimização de ambientes tirando partido das tecnologias de
comunicação e dispositivos wearable.
Este projeto alia a utilização das mais recentes tecnologias de comunicação wireless
(NFC, BLE, Wifi-Direct) com os dispositivos wearable emergentes, para com isso
otimizar a vida quotidiana das pessoas e dos ambientes industriais de produção.
Os conceitos de casas inteligentes e automação residencial, está em crescente expansão
ao nível da investigação científica, assim como ao nível da procura de mercado
para melhores soluções nesta área.
O objetivo é tirar proveito das tecnologias emergentes disponíveis no mercado
que suportam os chamados dispositivos wearable, e a particularidade não-invasiva destes
para, de uma forma autónoma, adaptar o ambiente para os parâmetros de conforto
de cada utilizador (temperatura, acústica, qualidade do ar, luz, exposição ao sol).
Proporcionar conforto de acordo com as preferências de cada indivíduo é um desafio
e uma oportunidade para a criação de soluções inovadoras e novos paradigmas no
contexto de ambientes inteligentes, e define-se como um projeto de carácter verdadeiramente
inovador e totalmente aplicável a nível doméstico e industrial.
We are on a new era of interaction between persons and physical spaces. Users want that those spaces smartly adapt to their preferences in a transparent way. This project describes the process of planning, reasoning and modeling of a Smart Environment with domestic and industrial application, taking advantage of emerging wearable devices on the market (smart watches, fitness trackers, etc.) and newer wireless communication technologies (NFC, BLE, Wi-Fi Direct). Enabling in a noninvasive way for the user, optimize the efficiency, comfort, and safety at the environments. This approach has been applied in home automation, and can be incorporated at industrial level, to help build smart and autonomous factories. There are new opportunities for research in the field of smart environments that should be explored. In particular the concepts of smart homes and home automation, currently in growing expansion in the scientific and research point of view, as the market demands for better solutions in this field. The aim is to take advantage of emerging technologies available in the market that support the so-called wearable devices, and the non-invasive particularity of these to, in an autonomous way, adapt the environment to the comfort parameters of each user (e.g. thermal, acoustic, air quality, light, sun exposure). Provide comfort according to the preferences of each individual, is a challenge and an opportunity to create innovative solutions and new paradigms in the context of Intelligent Environments, and is defined as a truly innovative project and fully applicable to industrial and domestic level.
We are on a new era of interaction between persons and physical spaces. Users want that those spaces smartly adapt to their preferences in a transparent way. This project describes the process of planning, reasoning and modeling of a Smart Environment with domestic and industrial application, taking advantage of emerging wearable devices on the market (smart watches, fitness trackers, etc.) and newer wireless communication technologies (NFC, BLE, Wi-Fi Direct). Enabling in a noninvasive way for the user, optimize the efficiency, comfort, and safety at the environments. This approach has been applied in home automation, and can be incorporated at industrial level, to help build smart and autonomous factories. There are new opportunities for research in the field of smart environments that should be explored. In particular the concepts of smart homes and home automation, currently in growing expansion in the scientific and research point of view, as the market demands for better solutions in this field. The aim is to take advantage of emerging technologies available in the market that support the so-called wearable devices, and the non-invasive particularity of these to, in an autonomous way, adapt the environment to the comfort parameters of each user (e.g. thermal, acoustic, air quality, light, sun exposure). Provide comfort according to the preferences of each individual, is a challenge and an opportunity to create innovative solutions and new paradigms in the context of Intelligent Environments, and is defined as a truly innovative project and fully applicable to industrial and domestic level.
Description
Keywords
Wearables Ambientes inteligentes Redes sem fios Fábricas inteligentes
Citation
Oliveira, Pedro Filipe; Matos, Paulo (2017). Planeamento e modelação de um ambiente inteligente para fábricas inteligentes. In IV Encontro de Jovens Investigadores do Instituto Politécnico de Bragança: livro de resumos. Bragança. ISBN 978-972-745-218-7
Publisher
Instituto Politécnico de Bragança