NEAL lab
The NEAL laboratory specializes in the design and optimization of advanced computer network systems and applications. Leveraging Software Defined Networking (SDN) and high-performance programmable switches powered by the Tofino 2 chipset—featuring 32 ports at 100Gbps—the lab develops sophisticated control logic and algorithms to enhance network performance across various environments, including data centers and Internet routing infrastructures. Additionally, NEAL employs rigorous analytical modeling to study social networks, supported by rich datasets available to its researchers.
Topics
- Software Defined Networking (SDN) and P4
- Traffic monitoring and cybersecurity applications
- Green networking
- Network modeling
- Social networks
People
- Prof. Andrea Bianco
- Prof. Paolo Giaccone
- Prof. Emilio Leonardi
- Prof. Michela Meo
- Prof. Daniela Renga
Resources
- SUP4RNET platform
- Programmable switches
- GPU-equipped servers with smart NICs
- Network emulators and simulators.
Project
SUPER/RESTART PNRR: https://fondazione-restart.it/it/progetti/s2-super/
SONIC lab
The SONIC Lab (Sound, Networking, and Interactive Computing Laboratory) focuses on cutting-edge research at the intersection of music, technology, and human interaction. Our activities explore innovative ways to create, experience, and study music and artistic performance, both locally and across networks. Key areas of research include:
- Networked Music Performances: Designing systems that allow musicians to perform together in real time across distances, overcoming technical and latency challenges.
- Inclusive Technologies for Remote Musical Education and Practices: Developing accessible tools and platforms that enable learners and performers of all abilities to engage in musical practice remotely.
- Musical Interactions in the Metaverse: Investigating immersive, interactive musical experiences in virtual and augmented reality environments.
- Music Informatics: Analyzing, modeling, and computing musical data to enhance understanding, composition, and creative expression.
- Music and Art Computing: Exploring computational approaches to integrate music with other artistic media, fostering new forms of creative expression.
- Human-Machine Interaction for Music and Artistic Performances: Creating interfaces and intelligent systems that enhance collaboration between performers, audiences, and machines.
Through these activities, the lab aims to push the boundaries of how music and art are created, shared, and experienced in both physical and virtual spaces.
Topics
- Networked music performances
- Inclusive technologies for remote musical education and practices
- Musical interactions in the Metaverse
- Music Informatics
- Music and art Computing
- Human-machine Interaction for music and artistic performances
People
- Prof. Cristina Rottondi
- Prof. Massimiliano Zanoni
Resources
Embedded platforms (raspberry PIs, FPGAs); audio equipment (soundcards, microphones, loudspeakers, headphones, audio cables), head mounted displays, wearable motion sensors.
Projects
MUSMET (EU EiC Pathfinder Open): https://musmet.eu/