Modelling the dynamic relationship between spread of infection and observed crowd movement patterns at large scale events

HIGHLIGHTS

SUMMARY

    In Section "Transmission over the network" the authors show the time evolution of several important measures throughout the event, and in Section "Discussion" the authors discuss the findings. The authors select devices whose detection periods span a minimum length of time, for which the authors use the duration of the main show of the events. To simulate the intermittent movement patterns of the dance event the authors need to correctly characterise the waiting times. This suggests contact rates increase linearly with crowd size, and both events are in the density-dependent regime. It would . . .

     

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