4 papers
Persistent homology broadens the controllable subspace in human structural connectomes
Carter Sale, Marco Coraggio, Mengsen Zhang +1
Network control theory applied to structural connectomes typically ranks brain regions as candidate driver nodes by their structural connectivity strength, and evaluates performanc…
How haptic feedback enables human group synchronization
Angelo Di Porzio, Etienne Burdet, Marco Coraggio
Synchronization often emerges spontaneously among interacting people, yielding practical benefits for tasks such as sports, physical rehabilitation, and collaborative manufacturing…
When higher-order interactions enhance synchronization: the case of the Kuramoto model
Riccardo Muolo, Hiroya Nakao, Marco Coraggio
Synchronization is a fundamental phenomenon in complex systems, observed across a wide range of natural and engineered contexts. The Kuramoto model provides a foundational framewor…
Reproducing Human Individual Motor Signatures: A Data-Driven Approach for Repetitive Motion
Angelo Di Porzio, Marco Coraggio
The deployment of autonomous virtual avatars (in extended reality) and robots in human group activities---such as rehabilitation therapy, sports, and manufacturing---is expected to…