The GTS Group is pleased to announce that the CARTESIAN project has been awarded funding under the 2024 “Proyectos de Generación de Conocimiento y Actuaciones para la formación de personal investigador predoctoral” call from the Spanish State Research Agency (Agencia Estatal de Investigación). This recognition supports our commitment to advancing trustworthy, high-impact artificial intelligence and…
We are pleased to announce that the GTS Research Group from Universidad Carlos III de Madrid (UC3M) has been included in the provisional resolution of the Sinérgicos R&D grants awarded by the Community of Madrid. These highly competitive grants are designed to support disruptive, frontier research projects carried out jointly by two research groups from…
Dr. Alejandro Lancho, along with students Rodrigo Oliver Coimbra and Ricardo Vázquez Álvarez from Universidad Carlos III de Madrid, took part in this year’s Wireless Wanderlust Data to Information (D2I) Competition at IEEE ISIT 2025, held from June 22 to 27 in Ann Arbor, Michigan. The team obtained first place in this international competition. The…
Title: Artificial Intelligence for Industry 4.0 (IDEA-CM) Ref.: TEC-2024/COM-89 Principal Investigator: Antonio Artés Rodríguez Starting Date: 01/01/2025 Ending Date: 31/12/2027 Budget: 1.026.000 € Background: The competitiveness of European industry is deeply linked to its ability to adopt and develop cutting-edge and innovative technologies. In this context, the integration of artificial intelligence (AI) into industrial processes is…
Title: Machine Learning in Personalized Medicine and Genomics. Author: María Martínez García. Abstract: Personalized medicine, also known as precision medicine, aims to use an individual’s genetic profile to guide decisions on disease prevention, diagnosis, and treatment. Unlike traditional medicine’s one-fits-all approach, personalized medicine considers individual variations that can influence disease risk, severity, treatment response, and susceptibility to…
Title: Uncertainty propagation methods for collision avoidance in autonomous navigation Ref.: N629092412095 Principal Investigator: Javier López Santiago Starting Date: 01/08/2024 Ending Date: 31/07/2027 Budget: 315.198,57 € Background:
Title: THAI: Towards Humble and Discoverable AI Principal Investigator: Pablo Martínez Olmos Starting Date: 30/09/2024 Ending Date: 30/03/2026 Budget: 40.000,00 Abstract: This project addresses concerns about overconfidence and reliability in generative AI. As AI technologies continue to reshape various sectors, the project’s primary motivation lies in mitigating the risks associated with AI’s persuasive capabilities, particularly…
Title: Multisite Smartphone-based Ecological Momentary Intervention for suicide prevention Ref.: HR23-00421 Principal Investigator: Antonio Artés Rodríguez Starting Date: 01/03/2024 Ending Date: 28/02/2027 Budget: 999.955,00 € Background: Suicide is a major public health issue that represents a leading cause of years of life lost and entails substantial costs for health and welfare systems. Prevention of suicide…
Title: Advanced Inference and Representation Learning Methods in Variational Autoencoders. Author: Ignacio Peis Aznarte Abstract: Deep Generative Models have gained significant popularity in the Machine Learning research community since the early 2010s. These models allow to generate realistic data by leveraging the power of Deep Neural Networks. The field experienced a signficant breakthrough when Variational Autoencoders (VAEs)…
Title: How can humans leverage machine learning? From Medical Data Wrangling to Learning to Defer to Multiple Experts. Author: Daniel Barrejon Moreno. Abstract:The irruption of the smartphone into everyone’s life and the ease with which we digitise or record any data supposed an explosion of quantities of data. Smartphones, equipped with advanced cameras and sensors, have empowered…