Desenvolvimento de um sistema de apoio ao diagnóstico precoce da COVID-19, baseado em sensores para aquisição em tempo-real de sinais vitais e processamento de dados usando Inteligência Artificial (IA).
O Projeto Smart City Sense, financiado pela União Europeia ao abrigo do Fundo Europeu de Desenvolvimento Regional no âmbito do programa Portugal 2020 para a Região de Lisboa, propõe uma abordagem ao tema das cidades inteligentes, que coloca o cidadão como ponto fulcral do processo de recolha e partilha de informação. Este conceito, permite uma
iFetch proposes to deliver a new generation of task-oriented conversational AI agents, which can interact by using verbal and visual information in a seamless manner, to mediate the interaction between large organizations and their users. This will be based on conversational technology and algorithms, by addressing critical challenges, like tracking the evolution of the shopping
This project will focus on managing the issue of a growing population with multimorbidity (co-occurring diseases), a worldwide problem to the sustainability of the healthcare system. IntelligentCare aims to develop a patient-centric solution to manage multimorbidity conditions by using analytical methods to explore data from the electronic health records and measures reported remotely by the
Portugal is a maritime nation having the largest exclusive economic zone (EEZ) of Europe. Upon acceptance of the proposal submitted to the United Nations (UN), the Portuguese EEZ will be extended to an area larger than 2 million square kilometres. In addition, Portugal is known as a specialist in maritime matters not only by historical
This project aims the development and validation of methodologies designed to automate the generation of appealing three-dimensional graphical contents. These methodologies will be integrated within a single multimedia tool, that will be able to (1) generate 3D models by digitizing real object, (2) optimize their visual appearance, (3) map the registered textures and colours onto
This project aims the development of an optical three-dimensional scanning system, design to respond to the needs of the mould industry. Three-dimensional scanning is used for industrial dimensional control and reverse engineering. However, most of the automated systems available (either optical or laser) require too much intervention of a CAD operator during the process of
This project aims at developing an Automated Traffic Surveillance system with Computer Vision techniques. In a scientific and technological point of view we pretend to develop real-time algorithms for video sequence analysis of traffic scenes and explore innovative extended field of view camera systems (panoramic), with the final goal of price reduction and performance gain
This project aims at building a robot for Search and Rescue (SAR) operations, designed to operate in outdoors hazardous environments, such as debris resulting from structure collapses. At this stage, the robot will be equipped for search operations only, defined as the tele-operated detection of victims, using specific sensors, whose information is transmitted to the
The key objective of the project is to develop and demonstrate the performance of a small, modular, autonomous underwater vehicle (AUV) for scientific and commercial applications. Envisioned missions include geological and oceanographic surveys, marine biology studies, marine habitat mapping for environmental management, inspection of harbors and estuaries, and marine pollution assessment, to name but a
