<p>, . (a) varies with <i>f</i> for <i>AI</i>, the optimal immunization ratio . (b) varies with <i>f</i> for <i>CBI</i>, the optimal immunization ratio . (c) A possible local network structure of contact network.</p
Immunization plays an important role in the field of epidemic spreading in complex networks. In prev...
We present a combined epidemiological and economic model for control of diseases spreading on local ...
In this letter we studied the epidemic spreading on scale-free networks assuming a limited budget fo...
<p>(a) and ; (b) and ; (c) and ; (d) and . and the maximal vaccination coverage is . Other para...
<p>Optimal allocation (a), (d), and (g) for (left column); optimal allocation (b), (e), and (...
The best strategy to immunize a complex network is usually evaluated in terms of the percolation th...
The best strategy to immunize a complex network is usually evaluated in terms of the percolation th...
<p>(a) and ; (b) and ; (c) and ; (d) and ; (e) and ; (f) and . Other parameters are set to the...
<p>The differences in the final epidemic ratios (left panel) and (right panel) using different imm...
<p>The contour lines of the fraction of susceptible individuals with respect to time steps with <i>r...
<p>The networks used are multiplex ER networks (solid line) and multiplex SF networks (dashed line) ...
The high incidence of emerging infectious diseases has highlighted the importance of effective immun...
The immunization strategies through contact tracing on the susceptible-infected-recovered framework ...
<p>The difference in the sizes of the giant component (left panel) and (right panel) using differe...
The high incidence of emerging infectious diseases has highlighted the importance of effective immun...
Immunization plays an important role in the field of epidemic spreading in complex networks. In prev...
We present a combined epidemiological and economic model for control of diseases spreading on local ...
In this letter we studied the epidemic spreading on scale-free networks assuming a limited budget fo...
<p>(a) and ; (b) and ; (c) and ; (d) and . and the maximal vaccination coverage is . Other para...
<p>Optimal allocation (a), (d), and (g) for (left column); optimal allocation (b), (e), and (...
The best strategy to immunize a complex network is usually evaluated in terms of the percolation th...
The best strategy to immunize a complex network is usually evaluated in terms of the percolation th...
<p>(a) and ; (b) and ; (c) and ; (d) and ; (e) and ; (f) and . Other parameters are set to the...
<p>The differences in the final epidemic ratios (left panel) and (right panel) using different imm...
<p>The contour lines of the fraction of susceptible individuals with respect to time steps with <i>r...
<p>The networks used are multiplex ER networks (solid line) and multiplex SF networks (dashed line) ...
The high incidence of emerging infectious diseases has highlighted the importance of effective immun...
The immunization strategies through contact tracing on the susceptible-infected-recovered framework ...
<p>The difference in the sizes of the giant component (left panel) and (right panel) using differe...
The high incidence of emerging infectious diseases has highlighted the importance of effective immun...
Immunization plays an important role in the field of epidemic spreading in complex networks. In prev...
We present a combined epidemiological and economic model for control of diseases spreading on local ...
In this letter we studied the epidemic spreading on scale-free networks assuming a limited budget fo...
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