Integrated Mathematical approaches to Socio-Epidemiological Dynamics
Argomenti
- Modelli matematici di epidemie, dinamica di opinioni, moto collettivo
- Equazioni differenziali ordinarie, con ritardo, a derivate parziali
- Modelli multiscala e data-driven
Programma
Lunedì 29 gennaio 2024
Ore 9:15 Apertura dei lavori
Ore 09:30 Sara Sottile (TN): A geometric analysis of the SIRS compartmental model with fast information and misinformation spreading
Ore 10:00 Simone De Reggi (UD): Reproduction numbers and how to approximate them: a general numerical approach for age-structured models
Ore 10:30 Pausa
Ore 11:00 Mattia Sensi (TO): A general kinetic model for the spread of infectious diseases in continuously structured compartments
Ore 11:30 Elisa Calzola (FE): A data-driven kinetic model for opinion dynamics with social network contacts
Ore 12:00 Pausa pranzo
Ore 14:00 Andrea Bondesan (PV): A Mesoscopic Compartmental Approach for the Modeling of Vaccine Hesitancy
Ore 14:30 Elisa Paparelli (TO): Modelling coevolutionary dynamics in heterogeneous SIS epidemiological systems under optimal control
Martedì 30 gennaio 2024
Ore 09:30 Andrea Medaglia (PV): Kinetic models in mathematical epidemiology: optimal control in the presence of behavioural uncertainties
Ore 10:00 Nadia Loy (TO): Modelling the role of individuals’ viral load in the spread of infectious diseases
Ore 10:30 Pausa
Ore 11:00 Federica Ferrarese (FE): Collective motion of birds: topological swarming dynamics with leaders emergence
Ore 11:30 Alessia Andò (UD): Metodi di integrazione esponenziali per equazioni funzionali con ritardo
Ore 12:00 Pausa pranzo
Ore 14:00 Bruno Buonomo (TN): First insights on integral behavioural epidemic models with information index
Ore 14:30 Elisa Iacomini (FE): Time-Delay differential models for epidemics
Ore 15:00 Pausa
Ore 15:30 Davide Liessi (UD): Progressi nello studio della dinamica di equazioni con ritardo tramite discretizzazione pseudospettrale
Mercoledì 31 gennaio 2024
Ore 09:30 Emanuele Bernardi (TO): Derivation and asymptotic analysis of integro-differential models of phenotypic evolution
Ore 10:00 Jonathan Franceschi (PV): A kinetic model for opinions on networks: graphons and declustering
Ore 10:30 Pausa
Ore 11:00 Andrea Bizzotto (TN): Methods for improving the real-time surveillance of infectious diseases outbreaks
Ore 11:30 Discussione sulle prospettive del progetto guidata da Dimitri Breda (UD), Tommaso Lorenzi (TO) e Ali Abu Sayfan (FE)