24th EURASIP · IAPR · IEEE International Summer School on Biometrics, Behavior and Vision
Machine learning, Image understanding, Signal analysis, Neuroscience, Robotics, Forensic science, Digital forensics and other disciplines, converged in a truly multidisciplinary effort to devise and build advanced, automatic, intelligent systems to facilitate the interpretation of signals recorded from individuals acting in a given environment.
This is what we simply call today Biometrics.
The intersection of foundational AI with biometrics requires new, critical evaluations of trust, alignment, and physical signal veracity.
Generative AI and Large Foundation Models are radically changing biometric security, synthetic human modeling, and perception research.
Explore these transitions with world-class peers under the guidance of keynote speakers Arun Ross (Michigan State University) and Tomaso Poggio (MIT).
A rigorous look at training inequalities, demographic representation gaps, and mitigating algorithmic discrepancy within foundational human facial structures.
Understanding the vulnerabilities of synthetic biometric generations, reverse-engineering defenses, and protecting biometric signatures from non-consensual reuse.
Exploring the boundary where deep computer vision meets biological visual systems, inspired by modern insights from computational neuroscience.
Established in 2003, the International Summer School on Biometrics in Alghero is the world’s most stable and recognized learning center dedicated to modern physiological and behavioral authentication sciences.
For the past 22 years this international Summer School has provided an active and dynamic forum to closely follow the most recent developments in science and technology to offer a cutting-edge, intensive training course, always up to date with the current state-of-the-art.
This year’s main topic will be the impact of agentic AI and vision foundation models on the development and deployment of biometrics and human recognition in different application domains to facilitate human interaction with artificial agents.
Founded by the University of Sassari to formalize biometric systems theory during the early growth of digital identity protocols.
Standardized protocols across mobile fingerprints and iris scans. Became systematically backed by major regional associations.
Integration of modern neural networks. Shifted focus to structural deep learning, facial synthesis, and anti-spoofing.
Evaluating Large Foundation Models and generative architectures, probing the limits of machine truth versus synthetic realities.
An immersive learning experience directly led by established pioneers in foundational machine learning, neuro-cognition, and biometric security.
Director, Center for Brains, Minds and Machines. Pioneer in computational learning theory.
Professor and a world authority on biometric fusion, privacy protection, and synthetic detection.
Highly-cited pioneer in automated fingerprint recognition and standard biometric systems.
Professor of Information Engineering. Expert in reconstruction and 3D human pose.
Since 2003
World-Class Faculty
Competitive Intake
Academic & Tech Alliances
These fees are preliminary and not final. Final fees will be confirmed at registration.
Join hand-picked researchers and practitioners in Alghero for five intensive days.
Our research and structural integrity are continuously validated by major international computational networks.
Vision Lab
CVPL
IEEE
IAPR
EURASIP
Athena
Biosecure
EAB
