PIVOT is German-French project in the joint Call on Cybersecurity, sponsored by the German Ministry of Education and Research and the Agence Nationale de la Recherche.

PIVOT aims for assuring both privacy of data and of identifiers that may disclose the data sources and contexts in the Internet of Things (IoT). The secure protection of data and metadata in PIVOT will in particular extend to low-end devices and low-power radio networks of the ultra-constrained IoT.

L’objectif de ce projet est de développer des nouvelles méthodes de reconstruction d’images médicale multimodales en utilisant des techniques d’intelligence artificielle.

Faire bouger les antennes cellulaires.

The rise of blockchains over the last decade has attracted growing attention from both academia and industry, leading to the development of several highly-visible systems and algorithms. These blockchain-based systems come, however, with many caveats in terms of performance and scalability, that are inherent to the total order that blockchain algorithms seek to achieve on their operations, which implies in turn a Byzantine-tolerant agreement.

Silicate glasses are archetypal brittle materials where surface flaws dictate practical strength. Although there is little variation in the major mechanical properties of most silicate glasses (elastic modulus, hardness and fracture toughness all vary by less than a factor of two with composition), the resistance to surface damage stands out, with sometimes variations by two orders of magnitude with moderate composition changes.

FAST is a research project towards two goals:

• facilitate the design of ultra-low latency embedded systems for real-time audio signal processing,
• use such systems in the context of active control of acoustics.

https://fast.grame.fr/