About

Expertise: Immersive Extended reality (VR, AR) applications in healthcare, point-of-care diagnostics, smart eHealth home solutions and monitoring eHealth solutions, big data analytics and explainable AI (XAI) in healthcare, biosignal and medical imaging analysis, and deep learning technologies.

MRG Research Objectives: The strategic objective of this MRG is to develop and implement interventions, solutions and systems in support of the next generation of eHealth and mHealth healthcare services. These will be based in a wide spectrum of technologies, ranging from smart, immersive virtual reality interventions in healthcare, smart eHealth home solutions and monitoring to big data analytics in healthcare.


Smart, Ubiquitous, and Participatory Technologies for Healthcare Innovation MRG focuses on smart, citizen-centered eHealth and mHealth interventions, leveraging mixed reality technologies, edge computing diagnostics, and big healthcare data analytics, underpinning P4 medicine (predictive, preventive, personalized and participatory). Basic and applied research efforts are directed towards empowering patients to become co-managers of their own health facilitating smart personalised interventions including mHealth and serious games applications for rehabilitation, chronic disease management, and healthy ageing, building on augmented and mixed reality applications, capitalizing near real-time cloud-based Electronic Health Record (EHR) data, and encompassing gamification strategies, unobtrusive edge diagnostics using miniaturized system-on-chip Internet of Things (IoT) biosensors, and social robotics interactions. Recent advances in immersive Virtual Reality (VR) technologies provide new methods and tools for the development of novel and promising applications mainly for neurological and cancer rehabilitation. VR interventions have several advantages and are rapidly gaining ground as popular applications for different disease conditions.
In addition, immersive VR applications are co-designed and implemented in medical and healthcare education and training. This will enhance the educational experience through contextualized, technology driven and enjoyable learning. Medical students and health professionals will be able to adopt these applications and improve their skills and competences through flexible personalized learning, while the teaching staff will enhance their e-learning tool co-creation competences and make use of co-design best practices and recommendations for use. Our goal is to ensure successful implementation of innovative applications using Virtual and Augmented Reality.

