Potential Consequence of Interconnected Intervention against Systemic Risk (COVID-19) via a Model-Driven Network-Agent Dynamic

Figure 9

Representation of protection potential constructed by recovery rate. With the same initialized parameter values (upper plots: ; ), the set of plots represents the recovery rate (left:  = 1; right: < 1) case. In each section, the plot on the left shows a matrix (horizontal axis = time step from 1 to 100; vertical axis = individuals from 1 to 100; color of the matrix = infectious state: infection (red) and absence of infection (blue)) corresponding to the parameter values of each individual at the given time step. The graph on the right represents their dynamics in a small-world network; node = each individual; lines = connections embedded by eigenvector centrality; node color = states (infection = red; absence of infection = blue). The plots in the bottom sets denote the averaged cumulative cases as a fraction of the population (cyan: immunity; orange: infection). The background contour represents the infection state (normalized) dynamics in the entire population; color = states (infection (red) ⟵⟶ (blue) absence of infection). (a) Coexistence scenario A: high and recovery rate . (b) Coexistence scenario A: high and recovery rate .

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