Main tracks and titles of the talks
1. Capturing human behaviour in epidemic modelling: dynamical network models
O. Diekmann, "Epidemics of sexually transmitted infections on dynamic configuration networks"
I. Z. Kiss, "The impact of information transmission on epidemic outbreaks"
C. Scoglio, "Individual-based closed-loop modeling of epidemics"
2. R0 and epidemiological data
K. Eames, "Classmates, friends, and parents: networks of school children"
M. Boguñá, "Epidemic thresholds in complex topologies"
C. Kamp, "Epidemics on weighted networks"
R. Pastor-Satorras, "Thresholds and activation mechanisms on epidemic processes in complex networks"
3. Tackling different levels of mixing: householders, metapopulations, Markov chains, ...
T. House, "Clumps and connections: looking for evidence of their epidemiological impact"
D. Papadimitriou & E. Calle, "Network robustness and failure propagation in telecommunication complex networks (EULER project)"
J. Read, "Embedding networks within geographical space: Location-based social mixing behaviour in Southern China."
M. Tizzoni / A. Vespignani, "Containment and mitigation of epidemics in multiscale networks"
E. Volz, "Epidemics in networks across scales"
4. Simplifying complexity and model reduction techniques: Heterogeneous and
non-heterogeneous mean-field models
I. Z. Kiss, "From Markovian to mean-field models: results and challenges"
J. C. Miller, "Edge-based compartmental modeling for SIR diseases on networks"
A. Pugliese, "Approximation of infection spread in stochastic multigroup SIR models through deterministic homogeneous models"
P. Simon, "Accuracy of ODE approximations for SIS dynamics on networks"
P. Van Mieghem, "Mean-field approximations versus the exact SIS epidemics in networks"
Schedule