On going
WISE4.0 project
Web 4.0—driven by decentralisation, intelligent automation, immersive experiences, and context-aware services—will reshape most application domains including healthcare, energy, mobility, education, and media. It demands infrastructures with real-time responsiveness, trust, data integrity, and distributed intelligence.
Saisei PRIN Project
Saisei – Multi-Scale Protocols Generation for Intelligent Biofabrication is a PRIN 2022 project funded by the Italian Ministry for Universities and Research (MUR). The Saisei
NEUROPULS project
NEUROPULS pioneers a new era in edge computing, addressing the escalating demand for localized data processing. By harnessing neuromorphic computing principles and integrating advanced photonic security layers, NEUROPULS offers unprecedented energy efficiency, reduced latency, and enhanced security. This revolutionary project introduces novel materials for synapses/neurons and on-chip spiking sources, culminating in RISC-V compliant interfaces for seamless adaptability. With a state-of-the-art simulation platform, NEUROPULS is poised to achieve a remarkable two-fold increase in energy efficiency, setting a new standard for edge-computing systems. Join us in shaping a future where computing power meets efficiency and security head-on.
VITAMIN-V project
Vitamin-V develops a complete RISC-V software stack for cloud services for Trustworthy Development of RISC-V based Cloud Services.
Completed
CERCOM
Coordinate and focus a wide range of disciplinary competences in the field of wideband wireless communications, to foster cooperation with the related industries, and to promote high-level permanent education.
Implementation of Methodologies and Tools to Increase the Dependability of Digital Systems
The purpose of the project is to create methodologies and tools to increase the dependability of digital systems.
Sviluppo di un ambiente per l’analisi statistica dell’affidabilità di un software
Definition of methodologies and tools for the static characterization of a hardware/software microprocessor based system.
FARM
FARM (Fault tolerant ARM) research and demonstrate solutions for the design of System on Chip ICs that tolerate soft errors by developing circuit and software designs to recognise and correct for faults during operation.
Test D.O.C.
Development of on-line BISTed structures for distributed systems in the framework of the concurrent engineering environment.