FIG. 11.

Distribution of takeover times $T$ for a Barabasi-Albert scale-free network with a minimum degree of 3 and $N=75$ nodes. Simulation results were compiled from $1\times {10}^6$ runs, all using the same realization of the random graph and all with the initial infection starting at the same node. The solid line is the $\text{Gumbel}\left(-\gamma \sqrt{3}/\pi ,\sqrt{3}/\pi \right)$ distribution for reference. $\mu$ and ${\sigma }^2$ are the numerically calculated mean and variance of $T$.