… WE FOCUS ON A simple continuous-time model for the spreading of a virus in a network …
virus transport into account. The central role of the network structure in the spread of viruses is …

… spread of computer viruses, worms, and other self-replicating malware is affected by the logical
topology of the network … becomes infected depends on the network topology. Specifically, …

… By separately observing each node, we will model the virus spread in a bi-directional network
specified by a symmetric adjacency matrix A. Every node i at time t in the network has two …

… used by a virus and can be manipulated by virus writers to circumvent … viruses spreading
over scale-free networks, viruses might be rewritten so as to change the structure of the network …

… in these networks affect the spread of computer viruses within … be formulated in terms of
networks, in which nodes represent … contacts between individuals (network links, hyperlinks, …

… In our context, this model is describing the spread of viruses in a network in the … the virus,
but they are regularly scanned for the presence of the virus, and the software removes the virus …

… ) network spreading model, and present a virus control strategy in which nodes in a network
are … , hence lower exposure levels to a viral attack on the network. The strategy presented is …

… that they are the base of many recent works on virus spread on networks, we can mention
[1… Concerning the subject on mathematical modeling of epidemic spreading we should …

… in the network relate to potential viral spread. … network metrics correlate mobility behavior
with virus spread over time. Because of this clear correlation, we have used this set of network …

… Our aim is to design D and K so that the network structure best inhibits virus spread, and
hence minimizes epidemic size. This goal leads us to consider optimization with respect to a …