Sentence examples for virus propagation from inspiring English sources

(Computer virus propagation under media coverage).

Speeds of virus propagation vary in different network structures.

Figure 10 Simulation of virus propagation in SPS (a, b).

Figure 8 Simulation of virus propagation in LPS (a, b).

Figure 9 Simulation of virus propagation in RPS (a, b).

It is assumed that the risk of virus propagation depends on the speed of virus propagation in the network.

The speed of virus propagation in RPS fluctuates around 2 t 0. The speed of virus propagation in SPS increases when the number of nodes increases.

The relationship between the speed of virus propagation and network structure is also explored.

Little attention is paid to the influence of dynamic changes of network topology to virus propagation.

Since network virus propagation in a mobile network is similar to that of biological virus propagation, four classic models (susceptible-infected-susceptible (SIS), susceptible-infected-recovered (SIR), susceptible-exposed-infected-recovered (SEIR), and susceptible-infected-directed-removed (SIDR)) used to describe biological virus propagation are used in describing network virus propagation.

It may also be used to optimize network connection to restrain virus propagation.