Instead of relying on a single abstract infection rate for an entire city, the model tracks person-to-person movement of the virus through everyday routines and interactions across a contact network, giving a much more realistic picture of how an outbreak actually unfolds.
Conditions: The application is framed as individual-level contagion modeling.; The clip does not state recovery rates, transmission probabilities, or network parameters.
Instead of relying on a single abstract infection rate for an entire city, the model tracks person-to-person movement of the virus through everyday routines and interactions across a contact network, giving a much more realistic picture of how an outbreak actually unfolds.
Conditions: The application is framed as individual-level contagion modeling.; The clip does not state recovery rates, transmission probabilities, or network parameters.