This research line aims to improve the performance of Collaborative Augmented Reality (CAR) systems and applications, building on the group’s previous experience in Distributed Virtual Environments.
Our aim is to study fundamental aspects of electrochemical reactions in depth. Various types of systems are studied: pharmaceuticals, proteins, electrogenerated materials, composite materials, electrochromic devices, dissolution reactions and metal deposition and corrosion.
Developments in high-performance computing, using advanced computer architectures, for the processing and analysis of methylation in genomic data produced by Next-Generation Sequencing (NGS).
Development of multi-agent simulation systems applied to social and healthcare systems, so that they can simulate not only the individual behaviour of each agent, but also the global behaviour of the system as an addition of individual behaviour.
Simulation models for animation of complex behaviours in interactive graphics applications, including physical behaviours (fluids, granular systems, etc.) and behaviours based on artificial intelligence (reinforcement learning, etc.).
