Objectives The AURA project aims to utilize radiofrequency physiology sensing technology to develop an Internet of Medical Things (IoMT) service for remote health monitoring with direct clinical application. It integrates advanced respiratory and cardiac signal...
Objectives VETLLAR Project aims to develop new technologies based on the integration of gas sensors by colorimetry for the patient’ activity detection and contactless vital signs sensing The resulting IoT platform will enable the remote monitoring of older...
Objetives This PhD aims to develop a monitoring system for patients with bronchial asthma and their exposure to air pollutants commonly found in urban areas. Ultimately, this tracking platform aims to be the best companion for those suffering from bronchial asthma so...
Objectives Artificial Intelligence Using Quantum Measured Information for Realtime Distributed Systems at the Edge The onset of climate change and widespread geopolitical conflicts and social inequalities showcase the need for innovation and change that require a...
Objectives In CuBER, a low-cost, sustainable, and scalable stationary energy storage technology will be developed and validated in a relevant environment, with a proven superior environmental performance based on cupper, a non-critical and earth-abundant material,...
